tabel satuan internasional.xls
TRANSCRIPT
Name of unit Symbol
Gy
rad
Name of unit Symbol
Aring
AU
cable length (imperial)
cable length (US)
ch
ell
fm
fm
finger
finger (cloth)
ft (Ben)
foot (Cape) (H)
foot (Clarkes) (H) ft (Cla)
foot (Indian) (H) ft Ind
foot (International) ft
foot (Sears) (H) ft (Sear)
foot (US Survey) ft (US)
F
fur
in
lea
ly
ln
lnk
link (Ramsdens Engineers) lnk
m
mickey
Radiation - absorbed dose
gray (SI unit)rad
angstromastronomical unitbarleycorn (H)bohr atomic unit of length a 0
cable length (International)
chain ( Gunters Surveyors)
cubit (H)ell (H)fathomfermi
foot (Benoicirct) (H)
french charrierefurlonghandinch (International)league (land)light-daylight-hourlight-minutelight-second
light-year
linelink (Gunters Surveyors)
metre ( SI base unit )
micro
mil
mil
mi
mile (telegraph) (H) mi
mile (US Survey) mi
nail (cloth)
nanometer nm
nautical league NL nl
nautical mile (Admiralty) NM (Adm) nmi (Adm)
NM nmi
nautical mile (US pre 1954)
pace
pc
pt
pt
pt
pt
quarter
rd
rope
span (H)
stick (H)
pm
twp
xu
yd
Name of unit Symbol
ac
ac
a
b
barony
board bd
micronmil thoumil (Sweden and Norway)mile (geographical) (H)mile (international)mile (tactical or data)
nautical mile (international)
palm
parsec
picapoint (American English) [ 11 ] [12 ]
point (Didot European) [ 12 ] [ 13 ]
point ( PostScript ) [ 11 ]
point ( TeX ) [ 11 ]
rod pole perch (H)rope (H)
spat [ 14 ]
stigma bicron ( picometre )twipx unit siegbahnyard (International)
acre (international)acre (US survey)arebarn
bhp EDR
circ in
circular mil circular thou circ mil
cord
ha
rood ro
section
square (roofing)
square chain (international) sq ch
square chain (US Survey) sq ch
sq ft
sq ft
sq in
square link (Gunters)(International) sq lnk
square link (Gunters)(US Survey) sq lnk
square link (Ramsdens) sq lnk
square mil square thou sq mil
sq mi
sq mi
square rodpoleperch sq rd
sq yd
Name of unit Symbol
ac ft
acre-inch
bl (imp)
barrel (petroleum) bl bbl
barrel (US dry) bl (US)
barrel (US fluid) fl bl (US)
fbm
bkt
bu (imp)
bushel (US dry heaped) bu (US)
bushel (US dry level) bu (US lvl)
boiler horsepower equivalent direct radiation
circular inch
dunamgunthahectarehide
shed
square footsquare foot (US Survey)square inchsquare kilometre km 2
square metre (SI unit) m 2
square milesquare mile (US Survey)
square yard (International)stremmatownshipyardland
acre-foot
barrel (imperial)
board-footbucket (imperial)bushel (imperial)
butt pipecoomb
cord-foot
cu fm
cu ft
cu in
cu mi
cu yd
cup (Canadian) c (CA)
cup (metric) c
cup (US customary) c (US)
cup (US food nutrition labeling) c (US)
dash (imperial)
dash (US)
gtt
drop (imperial) (alt) gtt
drop (medical)
drop (metric)
drop (US) gtt
drop (US) (alt) gtt
fifth
fl dr
fl dr
fl s
beer gal
gallon (imperial) gal (imp)
gallon (US dry) gal (US)
gallon (US fluid Wine) gal (US)
gi (imp) nog
gill (US) gi (US)
hhd (imp)
hogshead (US) hhd (US)
λ
L
load
min
minim (US) min
fl oz (imp)
US fl oz
ounce (fluid US food nutrition labeling) US fl oz
cord ( firewood )
cubic fathomcubic footcubic inchcubic metre (SI unit) m 3
cubic milecubic yardcup (breakfast)
dessertspoon (imperial)drop (imperial)
firkinfluid drachm (imperial)fluid dram (US) US fluidramfluid scruple (imperial)gallon (beer)
gill (imperial) Noggin
hogshead (imperial)
jigger (bartending)kilderkinlambdalastlitre
minim (imperial)
ounce (fluid imperial)ounce (fluid US customary)
pk
peck (US dry) pk
per
pinch (imperial)
pinch (US)
pt (imp)
pint (US dry) pt (US dry)
pint (US fluid) pt (US fl)
pony
pottle quartern
qt (imp)
quart (US dry) qt (US)
quart (US fluid) qt (US)
quarter pail
register ton
sack (imperial) bag
sack (US)
seam
shot
strike (imperial)
strike (US)
tablespoon (Canadian) tbsp
tablespoon (imperial) tbsp
tablespoon (metric)
tablespoon (US customary) tbsp
tablespoon (US food nutrition labeling) tbsp
tsp
teaspoon (imperial) tsp
teaspoon (metric)
teaspoon (US customary) tsp
teaspoon (US food nutrition labeling) tsp
ton (freight)
ton (water)
Name of unit Symbol
micro
deg
peck (imperial)
perch
pint (imperial)
quart (imperial)
tablespoon (Australian metric)
teaspoon (Canadian)
timber footton (displacement)
tunwey (US)
angular milarcminute MOAarcsecondcentesimal minute of arc
centesimal second of arc
degree (of arc)
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
micro
mil
mil
mi
mile (telegraph) (H) mi
mile (US Survey) mi
nail (cloth)
nanometer nm
nautical league NL nl
nautical mile (Admiralty) NM (Adm) nmi (Adm)
NM nmi
nautical mile (US pre 1954)
pace
pc
pt
pt
pt
pt
quarter
rd
rope
span (H)
stick (H)
pm
twp
xu
yd
Name of unit Symbol
ac
ac
a
b
barony
board bd
micronmil thoumil (Sweden and Norway)mile (geographical) (H)mile (international)mile (tactical or data)
nautical mile (international)
palm
parsec
picapoint (American English) [ 11 ] [12 ]
point (Didot European) [ 12 ] [ 13 ]
point ( PostScript ) [ 11 ]
point ( TeX ) [ 11 ]
rod pole perch (H)rope (H)
spat [ 14 ]
stigma bicron ( picometre )twipx unit siegbahnyard (International)
acre (international)acre (US survey)arebarn
bhp EDR
circ in
circular mil circular thou circ mil
cord
ha
rood ro
section
square (roofing)
square chain (international) sq ch
square chain (US Survey) sq ch
sq ft
sq ft
sq in
square link (Gunters)(International) sq lnk
square link (Gunters)(US Survey) sq lnk
square link (Ramsdens) sq lnk
square mil square thou sq mil
sq mi
sq mi
square rodpoleperch sq rd
sq yd
Name of unit Symbol
ac ft
acre-inch
bl (imp)
barrel (petroleum) bl bbl
barrel (US dry) bl (US)
barrel (US fluid) fl bl (US)
fbm
bkt
bu (imp)
bushel (US dry heaped) bu (US)
bushel (US dry level) bu (US lvl)
boiler horsepower equivalent direct radiation
circular inch
dunamgunthahectarehide
shed
square footsquare foot (US Survey)square inchsquare kilometre km 2
square metre (SI unit) m 2
square milesquare mile (US Survey)
square yard (International)stremmatownshipyardland
acre-foot
barrel (imperial)
board-footbucket (imperial)bushel (imperial)
butt pipecoomb
cord-foot
cu fm
cu ft
cu in
cu mi
cu yd
cup (Canadian) c (CA)
cup (metric) c
cup (US customary) c (US)
cup (US food nutrition labeling) c (US)
dash (imperial)
dash (US)
gtt
drop (imperial) (alt) gtt
drop (medical)
drop (metric)
drop (US) gtt
drop (US) (alt) gtt
fifth
fl dr
fl dr
fl s
beer gal
gallon (imperial) gal (imp)
gallon (US dry) gal (US)
gallon (US fluid Wine) gal (US)
gi (imp) nog
gill (US) gi (US)
hhd (imp)
hogshead (US) hhd (US)
λ
L
load
min
minim (US) min
fl oz (imp)
US fl oz
ounce (fluid US food nutrition labeling) US fl oz
cord ( firewood )
cubic fathomcubic footcubic inchcubic metre (SI unit) m 3
cubic milecubic yardcup (breakfast)
dessertspoon (imperial)drop (imperial)
firkinfluid drachm (imperial)fluid dram (US) US fluidramfluid scruple (imperial)gallon (beer)
gill (imperial) Noggin
hogshead (imperial)
jigger (bartending)kilderkinlambdalastlitre
minim (imperial)
ounce (fluid imperial)ounce (fluid US customary)
pk
peck (US dry) pk
per
pinch (imperial)
pinch (US)
pt (imp)
pint (US dry) pt (US dry)
pint (US fluid) pt (US fl)
pony
pottle quartern
qt (imp)
quart (US dry) qt (US)
quart (US fluid) qt (US)
quarter pail
register ton
sack (imperial) bag
sack (US)
seam
shot
strike (imperial)
strike (US)
tablespoon (Canadian) tbsp
tablespoon (imperial) tbsp
tablespoon (metric)
tablespoon (US customary) tbsp
tablespoon (US food nutrition labeling) tbsp
tsp
teaspoon (imperial) tsp
teaspoon (metric)
teaspoon (US customary) tsp
teaspoon (US food nutrition labeling) tsp
ton (freight)
ton (water)
Name of unit Symbol
micro
deg
peck (imperial)
perch
pint (imperial)
quart (imperial)
tablespoon (Australian metric)
teaspoon (Canadian)
timber footton (displacement)
tunwey (US)
angular milarcminute MOAarcsecondcentesimal minute of arc
centesimal second of arc
degree (of arc)
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
bhp EDR
circ in
circular mil circular thou circ mil
cord
ha
rood ro
section
square (roofing)
square chain (international) sq ch
square chain (US Survey) sq ch
sq ft
sq ft
sq in
square link (Gunters)(International) sq lnk
square link (Gunters)(US Survey) sq lnk
square link (Ramsdens) sq lnk
square mil square thou sq mil
sq mi
sq mi
square rodpoleperch sq rd
sq yd
Name of unit Symbol
ac ft
acre-inch
bl (imp)
barrel (petroleum) bl bbl
barrel (US dry) bl (US)
barrel (US fluid) fl bl (US)
fbm
bkt
bu (imp)
bushel (US dry heaped) bu (US)
bushel (US dry level) bu (US lvl)
boiler horsepower equivalent direct radiation
circular inch
dunamgunthahectarehide
shed
square footsquare foot (US Survey)square inchsquare kilometre km 2
square metre (SI unit) m 2
square milesquare mile (US Survey)
square yard (International)stremmatownshipyardland
acre-foot
barrel (imperial)
board-footbucket (imperial)bushel (imperial)
butt pipecoomb
cord-foot
cu fm
cu ft
cu in
cu mi
cu yd
cup (Canadian) c (CA)
cup (metric) c
cup (US customary) c (US)
cup (US food nutrition labeling) c (US)
dash (imperial)
dash (US)
gtt
drop (imperial) (alt) gtt
drop (medical)
drop (metric)
drop (US) gtt
drop (US) (alt) gtt
fifth
fl dr
fl dr
fl s
beer gal
gallon (imperial) gal (imp)
gallon (US dry) gal (US)
gallon (US fluid Wine) gal (US)
gi (imp) nog
gill (US) gi (US)
hhd (imp)
hogshead (US) hhd (US)
λ
L
load
min
minim (US) min
fl oz (imp)
US fl oz
ounce (fluid US food nutrition labeling) US fl oz
cord ( firewood )
cubic fathomcubic footcubic inchcubic metre (SI unit) m 3
cubic milecubic yardcup (breakfast)
dessertspoon (imperial)drop (imperial)
firkinfluid drachm (imperial)fluid dram (US) US fluidramfluid scruple (imperial)gallon (beer)
gill (imperial) Noggin
hogshead (imperial)
jigger (bartending)kilderkinlambdalastlitre
minim (imperial)
ounce (fluid imperial)ounce (fluid US customary)
pk
peck (US dry) pk
per
pinch (imperial)
pinch (US)
pt (imp)
pint (US dry) pt (US dry)
pint (US fluid) pt (US fl)
pony
pottle quartern
qt (imp)
quart (US dry) qt (US)
quart (US fluid) qt (US)
quarter pail
register ton
sack (imperial) bag
sack (US)
seam
shot
strike (imperial)
strike (US)
tablespoon (Canadian) tbsp
tablespoon (imperial) tbsp
tablespoon (metric)
tablespoon (US customary) tbsp
tablespoon (US food nutrition labeling) tbsp
tsp
teaspoon (imperial) tsp
teaspoon (metric)
teaspoon (US customary) tsp
teaspoon (US food nutrition labeling) tsp
ton (freight)
ton (water)
Name of unit Symbol
micro
deg
peck (imperial)
perch
pint (imperial)
quart (imperial)
tablespoon (Australian metric)
teaspoon (Canadian)
timber footton (displacement)
tunwey (US)
angular milarcminute MOAarcsecondcentesimal minute of arc
centesimal second of arc
degree (of arc)
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
cord-foot
cu fm
cu ft
cu in
cu mi
cu yd
cup (Canadian) c (CA)
cup (metric) c
cup (US customary) c (US)
cup (US food nutrition labeling) c (US)
dash (imperial)
dash (US)
gtt
drop (imperial) (alt) gtt
drop (medical)
drop (metric)
drop (US) gtt
drop (US) (alt) gtt
fifth
fl dr
fl dr
fl s
beer gal
gallon (imperial) gal (imp)
gallon (US dry) gal (US)
gallon (US fluid Wine) gal (US)
gi (imp) nog
gill (US) gi (US)
hhd (imp)
hogshead (US) hhd (US)
λ
L
load
min
minim (US) min
fl oz (imp)
US fl oz
ounce (fluid US food nutrition labeling) US fl oz
cord ( firewood )
cubic fathomcubic footcubic inchcubic metre (SI unit) m 3
cubic milecubic yardcup (breakfast)
dessertspoon (imperial)drop (imperial)
firkinfluid drachm (imperial)fluid dram (US) US fluidramfluid scruple (imperial)gallon (beer)
gill (imperial) Noggin
hogshead (imperial)
jigger (bartending)kilderkinlambdalastlitre
minim (imperial)
ounce (fluid imperial)ounce (fluid US customary)
pk
peck (US dry) pk
per
pinch (imperial)
pinch (US)
pt (imp)
pint (US dry) pt (US dry)
pint (US fluid) pt (US fl)
pony
pottle quartern
qt (imp)
quart (US dry) qt (US)
quart (US fluid) qt (US)
quarter pail
register ton
sack (imperial) bag
sack (US)
seam
shot
strike (imperial)
strike (US)
tablespoon (Canadian) tbsp
tablespoon (imperial) tbsp
tablespoon (metric)
tablespoon (US customary) tbsp
tablespoon (US food nutrition labeling) tbsp
tsp
teaspoon (imperial) tsp
teaspoon (metric)
teaspoon (US customary) tsp
teaspoon (US food nutrition labeling) tsp
ton (freight)
ton (water)
Name of unit Symbol
micro
deg
peck (imperial)
perch
pint (imperial)
quart (imperial)
tablespoon (Australian metric)
teaspoon (Canadian)
timber footton (displacement)
tunwey (US)
angular milarcminute MOAarcsecondcentesimal minute of arc
centesimal second of arc
degree (of arc)
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
pk
peck (US dry) pk
per
pinch (imperial)
pinch (US)
pt (imp)
pint (US dry) pt (US dry)
pint (US fluid) pt (US fl)
pony
pottle quartern
qt (imp)
quart (US dry) qt (US)
quart (US fluid) qt (US)
quarter pail
register ton
sack (imperial) bag
sack (US)
seam
shot
strike (imperial)
strike (US)
tablespoon (Canadian) tbsp
tablespoon (imperial) tbsp
tablespoon (metric)
tablespoon (US customary) tbsp
tablespoon (US food nutrition labeling) tbsp
tsp
teaspoon (imperial) tsp
teaspoon (metric)
teaspoon (US customary) tsp
teaspoon (US food nutrition labeling) tsp
ton (freight)
ton (water)
Name of unit Symbol
micro
deg
peck (imperial)
perch
pint (imperial)
quart (imperial)
tablespoon (Australian metric)
teaspoon (Canadian)
timber footton (displacement)
tunwey (US)
angular milarcminute MOAarcsecondcentesimal minute of arc
centesimal second of arc
degree (of arc)
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
grad
rad
sextant
sign
Name of unit Symbol
u AMU
barge
kt
ct
Da
dr t
dr av
eV
γ
gr
G
long cwt or cwt
sh cwt
kg
kip
oz t
oz av
ounce (US food nutrition labeling) oz
dwt pwt
lb
lb av
lb t
quarter (imperial)
quarter (informal)
quarter long (informal)
grad gradian gonoctantquadrant
radian (SI unit)
atomic mass unit unified
atomic unit of mass electron rest mass m e
bag ( coffee )bag ( Portland cement )
caratcarat (metric)clovecrithdaltondram (apothecary troy )
dram (avoirdupois)electronvoltgammagraingravehundredweight (long)hundredweight (short) cental
kilogram
kipmarkmitemite (metric)ounce (apothecary troy)ounce (avoirdupois)
pennyweightpointpoundpound (avoirdupois)pound (metric)pound (troy)
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
q
s ap
slug
st
AT
AT
long tn or ton
sh tn
t
Zentner Ztr
Name of unit Symbol
gram per millilitre gmL
kilogram per cubic metre (SI unit)
kilogram per litre kgL
ounce (avoirdupois) per cubic foot
ounce (avoirdupois) per cubic inch
ounce (avoirdupois) per gallon (imperial) ozgal
ounce (avoirdupois) per gallon (US fluid) ozgal
pound (avoirdupois) per cubic foot
pound (avoirdupois) per cubic inch
pound (avoirdupois) per gallon (imperial) lbgal
pound (avoirdupois) per gallon (US fluid) lbgal
Name of unit Symbol
au
c
d
d
dec
fn
h
j
jiffy (alternate) ja
quintal (metric)scruple ( apothecary )
sheetslug geepound hylstoneton assay (long)ton assay (short)ton longton shorttonne ( mts unit)
wey
kgm 3
ozft 3
ozin 3
lbft 3
lbin 3
slug per cubic foot slugft 3
atomic unit of timeCallippic cyclecenturyday
day (sidereal)
decadefortnighthelekHipparchic cyclehourjiffy
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
lustre lustrum
md
min
mo
mo
mo
mo
s
sigma
S
wk
year (Julian)
Name of unit Symbol
Hz
rpm
Name of unit Symbol
fph
fpm
fps
iph
ke (quarter of an hour)
ke (traditional)
Metonic cycle enneadecaeterismillenniummilliday
minute
momentmonth (full)
month (Greg av)
month (hollow)month (synodic)
octaeteris
Planck time
second
shake
Sothic cyclesvedbergweek
year (Gregorian) a y oryr
a y oryr
year (sidereal) a y oryr
year (tropical) a y oryr
hertz (SI unit)
revolutions per minute
foot per hour
foot per minute
foot per second
furlong perfortnight
inch per hour
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
ipm
ips
kmh
kn kt
kn
M
ms
mph
mpm
mps
c
s
Name of unit Symbol
cubic foot per minute
cubic foot per second
cubic inch per minute
cubic inch per second
cubic metre per second (SI unit)
gallon (US fluid) per day
gallon (US fluid) per hour
gallon (US fluid) per minute
litre per minute
Name of unit Symbol
fphs
fpms
Gal
ipms
kns
mphs
mpms
g
inch per minute
inch per second
kilometre per hourknot
knot (Admiralty)
mach number
metre per second (SI unit)mile per hourmile per minute
mile per second
speed of light in vacuum
speed of soundin air
CFM [ citation needed ]ft 3 s
in 3 min
in 3 s
m 3 s
GPD [ citation needed ]GPH [ citation needed ]GPM [ citation needed ]LPM [ citation needed ]
foot per hour per second
foot per minute per second
foot per second squared fps 2
gal galileoinch per minute per second
inch per second squared ips 2
knot per second
metre per second squared (SI unit) ms 2
mile per hour per second
mile per minute per second
mile per second squared mps 2
standard gravity
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Name of unit Symbol
dyn
kgf kp Gf
kip kipf klbf
mGf gf
N
ozf
pdl
sn
tnf
Name of unit Symbol
atm
at
bar
centimetre of mercury cmHg
ftHg
inHg
kilogram-force per square millimetre
ksi
micron (micrometre) of mercury
Pa
pz
psf
psi
pdlsq ft
torr
Name of unit Symbol
ft lbf
ft pdl
in lbf
m kg
Nmiddotm
atomic unit of forcedyne ( cgs unit )
kilogram-force kilopond grave -force
kip kip-forcemilligrave -force gravet-force
newton (SI unit)
ounce-forcepound-force lbfpoundalsthene ( mts unit)ton -force
atmosphere (standard)atmosphere (technical)barbarye ( cgs unit )
centimetre of water (4 degC) cmH 2 O
foot of mercury (conventional)foot of water (392 degF) ftH 2 O
inch of mercury (conventional)inch of water (392 degF) inH 2 O
kgfmm 2
kip per square inch
mHg
millimetre of mercury mmHgmillimetre of water (398 degC) mmH 2 O
pascal (SI unit)piegraveze ( mts unit)pound per square foot
pound per square inchpoundal per square foot
short ton per square foot
torr
foot-pound forcefoot -poundalinch-pound forcemetre kilogram
Newton metre (SI unit)
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Name of unit Symbol
bboe
British thermal unit (International Table)
British thermal unit (mean)
British thermal unit (thermochemical)
British thermal unit (39 degF)
British thermal unit (59 degF)
British thermal unit (60 degF)
British thermal unit (63 degF)
calorie (mean)
calorie (thermochemical)
calorie (398 degC)
calorie (15 degC)
calorie (20 degC)
cc atm scc
cu ft atm scf
cubic foot of natural gas
cu yd atm scy
eV
erg
ft lbf
foot-poundal ft pdl
imp gal atm
gallon-atmosphere (US) US gal atm
hpmiddoth
in lbf
J
kcal Cal
kWmiddoth BOTU
l atm sl
barrel of oil equivalentBritish thermal unit (ISO) BTU ISO
BTU IT
BTU mean
BTU th
BTU 39 degF
BTU 59 degF
BTU 60 degF
BTU 63 degF
calorie (International Table) cal IT
cal mean
cal th
cal 398 degC
cal 15 degC
cal 20 degC
Celsius heat unit (International Table) CHU IT
cubic centimetre of atmosphere standard cubic centimetre
cubic foot of atmosphere standard cubic foot
cubic yard of atmosphere standard cubic yard
electronvolterg ( cgs unit )
foot-pound force
gallon -atmosphere (imperial)
hartree atomic unit of energy E h
horsepower-hourinch-pound force
joule (SI unit)
kilocalorie large caloriekilowatt-hour Board of Trade Unitlitre - atmosphere
quad
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Ry
thermie th
TCE
TOE
tTNT
Name of unit Symbol
atm ccm
atm ccs
atm cfh
atmosphere-cubic foot per minute atmmiddotcfm
atmosphere-cubic foot per second atm cfs
BTU (International Table) per minute
BTU (International Table) per second
erg per second ergs
ft lbfh
foot-pound-force per minute ft lbfmin
foot-pound-force per second ft lbfs
bhp
horsepower (European electrical) hp
horsepower (imperial electrical) hp
horsepower (imperial mechanical) hp
horsepower (metric) hp
Lmiddotatmmin
litre-atmosphere per second Lmiddotatms
lusec lusec
p
square foot equivalent direct radiation sq ft EDR
ton of refrigeration (imperial)
ton of refrigeration (IT)
W
Name of unit Symbol
rydberg
therm (EC)therm (US)
ton of coal equivalentton of oil equivalentton of TNT
atmosphere -cubic centimetre per minute
atmosphere-cubic centimetre per second
atmosphere-cubic foot per hour
BTU (International Table) per hour BTU IT h
BTU IT min
BTU IT s
calorie (International Table) per second cal IT s
foot- pound-force per hour
horsepower (boiler)
litre -atmosphere per minute
poncelet
ton of air conditioning
watt (SI unit)
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
au
Name of unit Symbol
Pamiddots
P
pound per foot hour lb(ftmiddoth)
pound per foot second lb(ftmiddots)
pound-force second per square foot
pound-force second per square inch
Name of unit Symbol
square foot per second
square metre per second (SI unit)
St
Name of unit Symbol
A
abamp
esus
Name of unit Symbol
abC emu
au
C
F
statC Fr esu
Name of unit Symbol
atomic unit of electric dipole moment
coulomb meter Cmiddotm
D
Name of unit Symbol
abV
statV
atomic unit of action
pascal second (SI unit)poise ( cgs unit )
lbfmiddotsft 2
lbfmiddotsin 2
ft 2 s
m 2 s
stokes ( cgs unit )
ampere ( SI base unit )
electromagnetic unit abampere ( cgs unit )
esu per second statampere ( cgs unit )
abcoulomb electromagnetic unit ( cgs unit )
atomic unit of charge
coulomb (SI unit)
faradaystatcoulomb franklin electrostatic unit ( cgs unit )
e a 0
debye
abvolt ( cgs unit )
statvolt ( cgs unit )
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
V
Name of unit Symbol
Ω
Name of unit Symbol
F
Name of unit Symbol
Mx
Wb
Name of unit Symbol
G
T
Name of unit Symbol
H
Name of unit Symbol
degC
degDe
degF
degN
degR
degReacute
degRoslash
K
Name of unit Symbol
volt (SI unit)
ohm (SI unit)
farad (SI unit)
maxwell (CGS unit)
weber (SI unit)
gauss (CGS unit)tesla (SI unit)
henry (SI unit)
degree Celsiusdegree Delisledegree Fahrenheitdegree Newtondegree Rankinedegree Reacuteaumurdegree Roslashmer
kelvin (SI base unit)
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
SI unit JK
nat
bit b Sh
ban Hart
B
kB
KB KiB
Name of unit Symbol
cd
cp
cp
Name of unit Symbol
candela per square foot
candela per square inch
fL
L
sb
Name of unit Symbol
lm
Name of unit Symbol
fc
lumen per square inch
lx
ph
Name of unit Symbol
Bq
Ci
rd
Name of unit Symbol
nat nip nepitbit shannonban hartleynibblebyte
kilobyte (decimal)
kilobyte ( kibibyte )
candela (SI base unit) candle
candlepower (new)
candlepower (old pre-1948)
cdft 2
cdin 2
candela per square metre (SI unit) nit (deprecated [ 14 ] ) cdm 2
footlambertlambertstilb (CGS unit)
lumen (SI unit)
footcandle lumen per square footlmin 2
lux (SI unit)phot (CGS unit)
becquerel (SI unit)curierutherford (H)
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
R
Name of unit Symbol
Gy
rad
Name of unit Symbol
rem
Sv
roentgen
gray (SI unit)rad
Roumlntgen equivalent mansievert (SI unit)
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
Definition
asymp Distance from Earth to Sun
equiv Distance from fingers to elbow asymp 18 in
equiv 78 in
equiv 4frac12 in
Legally defined as 1033 English feet in 1859
equiv 13 yd equiv 03048 m equiv 12 inches
equiv 136 yd equiv 112 ft
equiv 24 light-hours
equiv 60 light-minutes
equiv 60 light-seconds
equiv Distance light travels in one second in vacuum
Radiation - absorbed dose
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 times 10 minus10 m
= ⅓ in (see note above about rounding)equiv Bohr radius of hydrogenequiv 608 ftequiv 110 nmiequiv 720 ftequiv 66 ft (US) equiv 4 rods [ 3 ]
equiv 45 in [ 4 ] (In England usually)equiv 6 ft [ 4 ]equiv 1 times 10 minus15 m [ 4 ]
equiv 1200 frasl 3937 m [ 5 ]equiv 1 frasl 3 mm
equiv 10 chains = 660 ft = 220 yd [ 4 ]equiv 4 in [ 4 ]
equiv 3 US Statute miles [ 3 ]
equiv Distance light travels in vacuum in 36525 days [ 6 ]
equiv 112 in [ 7 ]equiv 1100 ch [ 4 ] equiv 066 ft equiv 792inequiv 1 ft [ 4 ]
equiv Distance light travels in 1 frasl 299 792 458 of a second in vacuum [ 8 ]
asymp 1 frasl 10 000 000 of the distance from equator to pole
equiv 1 frasl 200 in
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 10 km
equiv 1853248 m
equiv 12 points
equiv 5133 cm
equiv frac14 yd
equiv 16frac12 ft
equiv 2 in
Definition
equiv 1 in times 1 ft
equiv 1 times 10 minus3 in
equiv 6 082 ft
equiv 80 chains equiv 5 280 ft equiv 1 760 yd
equiv 6 000 ft
equiv 6 087 ft
equiv 5 280 US Survey feet equiv ( 5 280 times 1 200 frasl 3 937 ) m
equiv 2frac14 in [ 4 ]equiv 1 times 10 minus9 m
equiv 3 nmi [ 4 ]
= 6080 ft
equiv 1852 m [ 9 ]
equiv 25 ft [ 4 ]equiv 3 in [ 4 ]Distance of star with par allax shift of one arc sec ond from a base of one astronomical unit
equiv 172272 inequiv 112 times 172 of pied du roi
After 1878
equiv 172 inequiv 17227 in
equiv 20 ft [ 4 ]equiv 9 in [ 4 ]
equiv 11440 in
equiv 09144 m [ 5 ] equiv 3 ft equiv 36 in
equiv 1 ch times 10 ch = 4840 sq yd
equiv 10 sq ch = 4840 sq yd also 43560 sq ft
equiv 100 m 2
equiv 10 minus28 m 2
equiv 4000 ac
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv π4 sq in
equiv 192 bd
equiv 121 sq yd
asymp 120 ac (variable)
equiv frac14 ac
equiv 1 mi times 1 mi
equiv 10 ft times 10 ft
equiv 66 ft times 66 ft = 110 ac
equiv 66 ft(US) times 66 ft(US) = 110 ac
equiv 1 ft times 1 ft
equiv 1 ft (US) times 1 ft (US)
equiv 1 in times 1 in
equiv 1 km times 1 km
equiv 1 lnk times 1 lnk equiv 066 ft times 066 ft
equiv 1 lnk times 1 lnk equiv 066 ft(US) times 066 ft(US)
equiv 1 lnk times 1 lnk equiv 1 ft times 1 ft
equiv 1 mil times 1 mil
equiv 1 mi times 1 mi
equiv 1 mi (US) times 1 mi (US)
equiv 1 rd times 1 rd
equiv 1 yd times 1 yd
equiv 36 sq mi (US)
asymp 30 ac
Definition
equiv 1 ac times 1 in
equiv 36 gal (imp)
equiv 42 gal (US)
equiv 105 qt (US) = 10532 bu (US lvl)
equiv 31frac12 gal (US)
equiv 144 cu in
equiv 4 gal (imp)
equiv 8 gal (imp)
equiv 1 frac14 bu (US lvl)
equiv 2 15042 cu in
equiv 126 gal (wine)
equiv 4 bu (imp)
equiv (1 ft 2 ) (1 bhp) (240 BTU IT h)
equiv π4 mil 2
equiv 1 000 m 2
equiv 10 000 m 2
equiv 10 minus52 m 2
equiv 1 m times 1 m
equiv 1 000 m 2
equiv 1 ac x 1 ft = 43 560 ft 3
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 8 ft times 4 ft times 4 ft
equiv 16 cu ft
equiv 1 fm times 1 fm times 1 fm
equiv 1 ft times 1 ft times 1 ft
equiv 1 in times 1 in times 1 in
equiv 1 m times 1 m times 1 m
equiv 1 mi times 1 mi times 1 mi
equiv 27 cu ft
equiv 10 fl oz (imp)
equiv 8 fl oz (imp)
equiv 8 US fl oz equiv 116 gal (US)
equiv 1384 gi (imp) = frac12 pinch (imp)
equiv 196 US fl oz = frac12 US pinch
equiv 112 gi (imp)
equiv 1288 fl oz (imp)
equiv 112 ml
equiv 120 mL
equiv 1360 US fl oz
equiv 1456 US fl oz
equiv 15 US gal
equiv 9 gal (US)
equiv ⅛ fl oz (imp)
equiv ⅛ US fl oz
equiv 124 fl oz (imp)
equiv 282 cu in
equiv ⅛ bu (US lvl)
equiv 231 cu in
equiv 5 fl oz (imp)
equiv 4 US fl oz
equiv 2 bl (imp)
equiv 2 fl bl (US)
equiv 1frac12 US fl oz
equiv 18 gal (imp)
equiv 80 bu (imp)
equiv 50 cu ft
equiv 1480 fl oz (imp) = 160 fl dr (imp)
equiv 1480 US fl oz = 160 US fl dr
equiv 1160 gal (imp)
equiv 1128 gal (US)
equiv 2500 times 10 minus6 m 3
equiv 240 mL [ 16 ]
equiv 11 824 gi (imp)
equiv 4546 09 L
equiv 1 mm 3
equiv 1 dm 3 [ 17 ]
equiv 30 mL [ 16 ]
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 2 gal (imp)
equiv frac14 US lvl bu
equiv 16frac12 ft times 1frac12 ft times 1 ft
equiv 1192 gi (imp) = ⅛ tsp (imp)
equiv 148 US fl oz = ⅛ US tsp
equiv ⅛ gal (imp)
equiv 164 bu (US lvl) equiv ⅛ gal (US dry)
equiv ⅛ gal (US)
equiv 34 US fl oz
equiv frac12 gal (imp) = 80 fl oz (imp)
equiv frac14 gal (imp)
equiv 132 bu (US lvl) = frac14 gal (US dry)
equiv frac14 gal (US fl)
equiv 8 bu (imp)
equiv 100 cu ft
equiv 3 bu (imp)
equiv 3 bu (US lvl)
equiv 8 bu (US lvl)
equiv 1 US fl oz
equiv 2 bu (imp)
equiv 2 bu (US lvl)
equiv frac12 fl oz (imp)
equiv 58 fl oz (imp)
equiv frac12 US fl oz
equiv 16 fl oz (imp)
equiv 124 gi (imp)
equiv 16 US fl oz
equiv 1 cu ft
equiv 35 cu ft
equiv 40 cu ft
equiv 28 bu (imp)
equiv 252 gal (wine)
equiv 40 bu (US lvl)
Definition
equiv 1deg60
equiv 1 grad100
equiv 1360 of a revolution equiv π180 rad
equiv 15 mL [ 16 ]
equiv 50 times 10 minus6 m 3
equiv 5 mL [ 16 ]
equiv 2π6400 rad
equiv 1deg3600
equiv 1 grad(10 000)
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 1400 of a revolution equiv 2π400 rad equiv 09deg
equiv 45deg
equiv 90deg
equiv 60deg
equiv 30deg
Definition
equiv 60 kg
equiv 94 lb av
equiv 22frac12 sh tn
equiv 3 16 gr
equiv 200 mg
equiv 8 lb av
equiv 60 gr
equiv 1 μg
equiv 17000 lb av
grave was the original name of the kilogram
equiv 112 lb av
equiv 100 lb av
equiv mass of the prototype near Paris (asymp mass of 1L of water)
equiv 8 oz t
equiv 120 gr
equiv 120 g
equiv 112 lb t
equiv 116 lb
equiv 120 oz t
equiv 1100 ct
equiv 500 g
equiv 14 long cwt = 2 st = 28 lb av
equiv frac14 short tn
equiv frac14 long tn
The angle subtended at the center of a circle by an arc whose length is equal to the circles radius One full revolution encompasses 2π radians
equiv 27 1132 gr
equiv 1 eV (energy unit) c 2
equiv 1000 lb av
equiv 28 g [ 16 ]
equiv slugmiddotfts 2
equiv 0453 592 37 kg = 7000 grains
equiv 5 760 grains
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 100 kg
equiv 20 gr
equiv 1700 lb av
equiv 14 lb av
equiv 1 mg times 1 long tn divide 1 oz t
equiv 1 mg times 1 sh tn divide 1 oz t
equiv 252 lb = 18 st
Definition
equiv gmL
equiv kgL
equiv ozgal
equiv ozgal
equiv lbgal
equiv lbgal
Definition
equiv 441 mo (hollow) + 499 mo (full) = 76 a of 36525 d
equiv 100 a (see below for definition of year length)
= 24 h
equiv 10 a (see below for definition of year length)
equiv 2 wk
equiv 4 Callippic cycles - 1 d
equiv 60 min
equiv 160 s
equiv 1100 s
equiv 1 gee times 1 lb av times 1 s 2 ft
equiv 2 240 lb
equiv 2 000 lb
equiv 1 000 kg
Definitions vary see [ 19 ] and [ 14 ]
equiv kgm 3
equiv ozft 3
equiv ozin 3
equiv lbft 3
equiv lbin 3
equiv slugft 3
equiv a 0 ( α middotc)
equiv Time needed for the Earth to rotate once around its axis determined from successive transits of a very distant astronomical object across an observers meridian ( International Celestial Reference Frame )
equiv 11 080 h
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv frac14 h = 196 d
equiv 1100 d
equiv 5 a of 365 d
equiv 110 mo (hollow) + 125 mo (full) = 6940 d asymp 19 a
equiv 90 s
Average Gregorian month = 365242512 d = 30436875 d
Cycle time of moon phases asymp 29530589 days (Average)
equiv 7 d
Definition
equiv Number of cycles per second
Definition
equiv 1 fth
equiv 1 ftmin
equiv 1 fts
equiv furlongfortnight
equiv 1 inhr
equiv 1 000 a (see below for definition of year length)
equiv 1 1 000 d
equiv 60 s due to leap seconds sometimes 59 s or 61 s
equiv 30 d [ 20 ]
equiv 29 d [ 20 ]
= 48 mo (full) + 48 mo (hollow) + 3 mo (full) [ 21 ] [ 22 ] = 8 a of 36525 d = 2922 d
equiv ( G ℏ c 5 ) frac12
time of 9 192 631 770 periods of the radiation corresponding to the transition between the 2 hyperfine levels of the ground state of the caesium 133 atom at 0 K [ 8 ] (but other seconds are sometimes used in astronomy)
equiv 10 minus8 s
equiv 10 minus6 s
equiv 1 461 a of 365 d
equiv 10 minus13 s
= 3652425 d average calculated from common years (365 d) plus leap years (366 d) on most years divisible by 4 See leap year for details
= 36525 d average calculated from common years (365 d) plus one leap year (366 d) every four years
equiv time taken for Sun to return to the same position with respect to the stars of the celestial sphere
equiv Length of time it takes for the Sun to return to the same position in the cycle of seasons
equiv One unit rpm equals one rotation completed around a fixed axis in one minute of time
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 1 inmin
equiv 1 ins
equiv 1 kmh
equiv 1 ms
equiv 1 mih
equiv 1 mimin
equiv 1 mis
Definition
equiv 1 gald
equiv 1 galh
equiv 1 galmin
equiv 1 Lmin
Definition
equiv 1 ft(hmiddots)
equiv 1 ft(minmiddots)
equiv 1 in(minmiddots)
equiv 1 kns
equiv 1 mi(hmiddots)
equiv 1 mi(minmiddots)
equiv 1 NM h = 1852 kmh
equiv 1 NM (Adm)h = 1853 184 kmh [ citation needed ]
Ratio of the speed to the speed of sound in the medium Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes (12200 metres (40000 ft)) [ 23 ] Unitless
equiv 299 792 458 ms
Varies especially with temperature About 1225 kmh (761 mph) in air at sea level to about 1062 kmh (660 mph) at jet altitudes
equiv 1 ft 3 min
equiv 1 ft 3 s
equiv 1 in 3 min
equiv 1 in 3 s
equiv 1 m 3 s
equiv 1 fts 2
equiv 1 cms 2
equiv 1 ins 2
equiv 1 ms 2
equiv 1 mis 2
equiv 9806 65 ms 2
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
Definition
equiv 1 kipfsq in
equiv 1 pdlsq ft
Definition
equiv m e middot α 2 middot c 2 a 0
equiv gmiddotcms 2
equiv g times 1 kg
equiv g times 1 000 lb
equiv g times 1 g
A force capable of giving a mass of one kg an acceleration of one metre per second per second [ 25 ]
equiv g times 1 oz
equiv g times 1 lb
equiv 1 lbmiddotfts 2
equiv 1 tmiddotms 2
equiv g times 1 sh tn
equiv 1 kgfcm 2
equiv 1 dyncm 2
equiv 13 5951 kgm 3 times 1 cm times g
asymp 999972 kgm 3 times 1 cm times g
equiv 13 5951 kgm 3 times 1 ft times g
asymp 999972 kgm 3 times 1 ft times g
equiv 13 5951 kgm 3 times 1 in times g
asymp 999972 kgm 3 times 1 in times g
equiv 1 kgfmm 2
equiv 13 5951 kgm 3 times 1 m times g asymp 0001 torrequiv 13 5951 kgm 3 times 1 mm times g asymp 1 torr
asymp 999972 kgm 3 times 1 mm times g = 0999 972 kgfm 2
equiv Nm 2 = kg(mmiddots 2 )
equiv 1 000 kgmmiddots 2
equiv 1 lbfft 2
equiv 1 lbfin 2
equiv 1 sh tn times g 1 sq ft
equiv 101 325760 Pa
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv g times 1 lb times 1 in
equiv N times m g
equiv N times m = kgmiddotm 2 s 2
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
equiv 41868 J
equiv 4184 J
equiv 41855 J
equiv 1 atm times 1 gal (imp)
equiv 1 atm times 1 gal (US)
equiv 1 hp times 1 h
equiv 1 kW times 1 h
equiv 1 atm times 1 L
asymp 58 times 10 6 BTU 59 degF
equiv 10545 times 10 3 J
equiv 1054 804 times 10 3 J
1 frasl 100 of the energy required to warm one gram of air-free water from 0 degC to 100 degC 1 atm
equiv 1 BTU IT times 1 KdegR
equiv 1 atm times 1 cm 3
equiv 1 atm times 1 ft 3
equiv 1 000 BTU IT
equiv 1 atm times 1 yd 3
equiv e times 1 Vequiv 1 gmiddotcm 2 s 2
equiv g times 1 lb times 1 ft
equiv 1 lbmiddotft 2 s 2
equiv m e middot α 2 middot c 2 (= 2 Ry)
equiv g times 1 lb times 1 in
The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force [ 25 ]
equiv 1 000 cal IT
equiv 10 15 BTU IT
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
equiv 1 atm times 1 cu fth
equiv 1 atm times 1 cu ftmin
equiv 1 atm times 1 cu fts
equiv 1 ergs
equiv 1 ft lbfh
equiv 1 ft lbfmin
equiv 1 ft lbfs
equiv 75 kpmiddotms
equiv 746 W
equiv 550 ft lbfs
equiv 75 m kgfs
equiv 1 atm times 1 Lmin
equiv 1 atm times 1 Ls
equiv 100 m kgfs
equiv 1 t ice melted 24 h
Definition
equiv R infin middot ℎ middot c
equiv 100 000 BTU IT
equiv 100 000 BTU 59 degF
equiv 1 Mcal IT
equiv 7 Gcal th
equiv 10 Gcal th
equiv 1 Gcal th
equiv 1 atm times 1 cm 3 min
equiv 1 atm times 1 cm 3 s
equiv 1 BTU IT h
equiv 1 BTU IT min
equiv 1 BTU IT s
equiv 1 cal IT s
asymp 345 lbh times 9703 BTU IT lb
equiv 1 LmiddotmicromHgs [ 14 ]
equiv 240 BTU IT h
equiv 1 BTU IT times 1 lng tnlb divide 10 mins
equiv 1 BTU IT times 1 sh tnlb divide 10 mins
The power which in one second of time gives rise to one joule of energy [ 25 ]
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
equiv 1 baryemiddots
equiv 1 lb(ftmiddoth)
equiv 1 lb(ftmiddots)
Definition
Definition
equiv 10 A
Definition
equiv 10 C
Definition
Definition
equiv ℏ equiv ℎ 2 π
equiv Nmiddotsm 2 kg(mmiddots)
equiv 1 lbfmiddotsft 2
equiv 1 lbfmiddotsin 2
equiv 1 ft 2 s
equiv 1 m 2 s
equiv 10 minus4 m 2 s
equiv The constant current needed to produce a force of 2 times 10 minus7 newton per metre between two straight parallel conductors of infinite length and negligible circular cross-section placed one metre apart in a vacuum [ 8 ]
equiv (01 Amiddotms) c
equiv e
equiv The amount of electricity carried in one second of time by one ampere of current [ 25 ]
equiv 1 mol times N A middot e
equiv (01 Amiddotm) c
= 10 minus10 esumiddotAring
equiv 1 times 10 minus8 V
equiv c middot (1 μJAmiddotm)
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
Definition
Definition
Definition
Definition
Definition
degC equiv K minus 27315
degF equiv degC times 95 + 32
degR equiv K times 95
Definition
The difference in electric potential across two points along a conducting wire carrying one ampere of constant current when the power dissipated between the points equals one watt [ 25 ]
The resistance between two points in a conductor when one volt of electric potential difference applied to these points produces one ampere of current in the conductor [ 25 ]
The capacitance between two parallel plates that results in one volt of potential difference when charged by one coulomb of electricity [ 25 ]
equiv 10 minus8 Wb [ 31 ]
Magnetic flux which linking a circuit of one turn would produce in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second [ 25 ]
equiv Mx cm 2 = 10 minus4 Tequiv Wb m 2
The inductance of a closed circuit that produces one volt of electromotive force when the current in the circuit varies at a uniform rate of one ampere per second [ 25 ]
equiv 127316 of the thermodynamic temperature of the triple point of water [ 8 ]
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv JK
equiv 4 bits
equiv 8 bits
Definition
Definition
Definition
equiv cdmiddotsr
Definition
Definition
equiv Number of disintegrations per second
equiv 1 MBq
Definition
equiv k Bequiv ln(2) times k Bequiv ln(10) times k B
equiv 1 000 B
equiv 1 024 B
The luminous intensity in a given direction of a source that emits monochromatic radiation of frequency 540 times 10 12 hertz and that has a radiant intensity in that direction of 1683 watt per steradian [ 8 ]
equiv cd The use of candlepower as a unit is discouraged due to its ambiguity
Varies and is poorly reproducible [ 33 ] Approximately 0981 cd [ 14 ]
equiv cdft 2
equiv cdin 2
equiv cdm 2
equiv (1π) cdft 2
equiv (10 4 π) cdm 2
equiv 10 4 cdm 2
equiv lmft 2
equiv lmin 2
equiv lmm 2
equiv lmcm 2
equiv 37 times 10 10 Bq
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Definition
Definition
equiv 001 Sv
1 R equiv 258 times 10 minus4 Ckg [ 31 ]
equiv 1 Jkg = 1 m 2 s 2 [ 37 ]equiv 001 Gy [ 31 ]
equiv 1 Jkg [ 35 ]
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
equiv 01 nm
asymp 1853184 m
equiv 1852 m
= 219456 m
asymp 05 m
= 1143 m
= 18288 m
= 01143 m
equiv 03048 m
= 201168 m
equiv 01016 m
equiv 00254 m
= 03048 m
equiv 1 m
asymp 149 597 871 464 m [ 1 ]asymp 84 6 times 10 minus3 m
asymp 5291 7 72 0 859 times 10 minus11 plusmn 36 times 10 minus20 m [2 ]
asymp 20116 8 4 m
equiv 1 times 10 minus15 m
= 0022 2 25 m
asymp 0304 7 99 7 35 m
asymp 0314 8 58 m
asymp 0304 7 97 2 654 m
asymp 0304 7 99 5 14 m
asymp 0304 7 99 4 7 m
asymp 0304 8 00 6 10 m
= 0 3 times 10 minus3 m
= 4 828032 m
equiv 2590 2 06 8 37 1 2 times 10 13 m
equiv 1079 2 52 8 488 times 10 12 m
equiv 1798 7 54 7 48 times 10 10 m
equiv 299 792 458 m
= 9460 7 30 4 72 5 808 times 10 15 m
= 0002 11 6 m
= 0201 1 68 m
= 127 times 10 minus4 m
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
equiv 1853248 m
= 0762 m
= 00762 m
Dependent on point measures
= 02286 m
= 50292 m
= 6096 m
= 02286 m
= 00508 m
equiv 09144 m
Relation to SI units
equiv 1 times 10 minus6 m
equiv 254 times 10 minus5 m
= 10 000 m
= 1 8537936 m
equiv 1 609344 m
equiv 1 8288 m
= 1 8553176 m
asymp 1 609347 219 m
= 0057 15 m
equiv 1 times 10 minus9 m
= 5556 m
= 1853184 m
equiv 1852 m
asymp 3085 677 82 times 10 16 plusmn 6 times 10 6 m [ 10 ]
asymp 0000 351 450 m
asymp 0000 375 97 m
After 1878 asymp 0000 375 939 85 m= 0000 352 7 m
= 000 0 351 4598 m
equiv 1 times 10 12 m
equiv 1 times 10 minus12 m
= 1763 8 times 10 minus5 m
asymp 10021 times 10 minus13 m [ 4 ]
equiv 4 046856 4224 m 2
asymp 4 046873 m 2 [ 15 ]= 100 m 2
= 10 minus28 m 2
asymp 1618 742 times 10 7 m 2
= 7741 92 times 10 minus3 m 2
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
asymp 12958 174 m 2
asymp 5067 075 times 10 minus4 m 2
asymp 5067 075 times 10 minus10 m 2
= 1486 448 64 m 2
= 1 000 m 2
asymp 10117 m 2
equiv 10 000 m 2
asymp 5 times 10 5 m 2
= 1 011714 1056 m 2
= 2589 988 110 336 times 10 6 m 2
= 10 minus52 m 2
= 9290 304 m 2
equiv 404685 642 24 m 2
asymp 404687 3 m 2
equiv 9290 304 times 10 minus2 m 2
asymp 9290 341 161 327 49 times 10 minus2 m 2
equiv 64516 times 10 minus4 m 2
= 10 6 m 2
= 4046 856 4224 times 10 minus2 m 2
asymp 4046 872 times 10 minus2 m 2
= 009290304 m 2
= 1 m 2
= 64516 times 10 minus10 m 2
= 2589 988 110 336 times 10 6 m 2
asymp 2589 998 47 times 10 6 m 2
= 25292 852 64 m 2
equiv 0836 127 36 m 2
= 1 000 m 2
asymp 9323 994 times 10 7 m 2
asymp 12 times 10 5 m 2
= 1 233481 837 547 52 m 3
= 102790 153 128 96 m 3
= 0163 659 24 m 3
= 0158 987 294 928 m 3
= 0115 628 198 985 075 m 3
= 0119 240 471 196 m 3
equiv 2359 737 216 times 10 minus3 m 3
= 0018 184 36 m 3
= 0036 368 72 m 3
= 0044 048 837 7086 m 3
= 0035 239 070 166 88 m 3
= 0476 961 884 784 m 3
= 0145 474 88 m 3
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
= 3624 556 363 776 m 3
= 0453 069 545 472 m 3
= 6116 438 863 872 m 3
equiv 0028 316 846 592 m 3
equiv 16387 064 times 10 minus6 m 3
equiv 1 m 3
equiv 4 168 181 825440 579 584 m 3
equiv 0764 554 857 984 m 3
= 284130 625 times 10 minus6 m 3
= 2273045 times 10 minus6 m 3
= 2500 times 10 minus6 m 3
= 236588 2365 times 10 minus6 m 3
= 24 times 10 minus4 m 3
= 369961 751 302 08 3 times 10 minus9 m 3
= 308057 599 609 375 times 10 minus9 m 3
= 11838 776 041 6 times 10 minus6 m 3
= 98656 467 013 8 times 10 minus9 m 3
asymp 77886 684 times 10 minus9 m 3
= 830 3 times 10 minus9 m 3
= 500 times 10 minus9 m 3
= 82148 693 2291 6 times 10 minus9 m 3
asymp 64854 231 times 10 minus9 m 3
= 757082 3568 times 10 minus6 m 3
= 0034 068 706 056 m 3
= 3551 632 8125 times 10 minus6 m 3
= 3696 691 195 3125 times 10 minus6 m 3
= 1183 877 6041 6 times 10 minus6 m 3
= 4621 152 048 times 10 minus3 m 3
equiv 4546 09 times 10 minus3 m 3
= 4404 883 770 86 times 10 minus3 m 3
equiv 3785 411 784 times 10 minus3 m 3
= 142065 3125 times 10 minus6 m 3
= 118294 118 25 times 10 minus6 m 3
= 0327 318 48 m 3
= 0238 480 942 392 m 3
asymp 4436 times 10 minus6 m 3
= 0081 829 62 m 3
= 1 times 10 minus9 m 3
= 2909 4976 m 3
equiv 0001 m 3
= 1415 842 3296 m 3
= 59193 880 208 3 times 10 minus9 m 3
= 61611 519 921 875 times 10 minus9 m 3
equiv 28413 0625 times 10 minus6 m 3
equiv 29573 529 5625 times 10 minus6 m 3
equiv 3 times 10 minus5 m 3
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 9092 18 times 10 minus3 m 3
= 8809 767 541 72 times 10 minus3 m 3
= 0700 841 953 152 m 3
= 739923 502 6041 6 times 10 minus9 m 3
= 616115 199 218 75 times 10 minus9 m 3
= 568261 25 times 10 minus6 m 3
= 550610 471 3575 times 10 minus6 m 3
= 473176 473 times 10 minus6 m 3
= 22180 147 171 875 times 10 minus6 m 3
= 2273 045 times 10 minus3 m 3
= 1136 5225 times 10 minus3 m 3
= 1101 220 942 715 times 10 minus3 m 3
= 946352 946 times 10 minus6 m 3
= 0290 949 76 m 3
= 2831 684 6592 m 3
= 0109 106 16 m 3 [ citation needed ]= 0105 717 210 500 64 m 3
= 0281 912 561 335 04 m 3 [ citation needed ]asymp 2957 times 10 minus6 m 3
= 0072 737 44 m 3
= 0070 478 140 333 76 m 3
equiv 200 times 10 minus6 m 3
= 14206 531 25 times 10 minus6 m 3
= 17758 164 0625 times 10 minus6 m 3
equiv 150 times 10 minus6 m 3
= 14786 764 7825 times 10 minus6 m 3
= 15 times 10 minus5 m 3
= 4735 510 41 6 times 10 minus6 m 3
= 5919 388 0208 3 times 10 minus6 m 3
= 50 times 10 minus6 m 3
= 4928 921 595 times 10 minus6 m 3
= 5 times 10 minus6 m 3
= 0028 316 846 592 m 3
= 0991 089 630 72 m 3
= 1132 673 863 68 m 3
= 1018 324 16 m 3
= 0953 923 769 568 m 3
= 1409 562 806 6752 m 3
asymp 0981 748 times 10 minus3 rad
asymp 0290 888 times 10 minus3 rad
asymp 4848 137 times 10 minus6 rad
asymp 0157 080 times 10 minus3 rad
asymp 1570 796 times 10 minus6 rad
asymp 17453 293 times 10 minus3 rad
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
= 1 rad
Relation to SI units
= 60 kg
= 200 mg
asymp 899349 mg
= 1 μg
equiv 1 kg
= 50 mg
= 28 g
= 2 mg
= 500 g
asymp 15707 963 times 10 minus3 rad
asymp 0785 398 rad
asymp 1570 796 rad
asymp 1047 198 rad
asymp 0523 599 rad
asymp 1660 538 73 times 10 minus27 plusmn 13 times 10 minus36 kg
asymp 9109 382 15 times 10 minus31 plusmn 45 times 10 minus39 kg [ 18 ]
= 42637 682 78 kg
= 20 411656 65 kg
asymp 205196 548 333 mg
= 3628 738 96 kg
asymp 1660 902 10 times 10 minus27 plusmn 13 times 10 minus36 kg
= 3887 9346 g
= 1771 845 195 3125 g
= 17826 times 10 minus36 kg
equiv 64798 91 mg
= 50802 345 44 kg
= 45359 237 kg
equiv 1 kg ( SI base unit ) [ 8 ]
= 453592 37 kg
= 248827 8144 g
= 3239 9455 mg
= 31103 4768 g
= 28349 523 125 g
= 1555 173 84 g
= 045359237 kg
equiv 0453 592 37 kg
= 0373 241 7216 kg
= 12700 586 36 kg
= 226796 185 kg
= 254011 7272 kg
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
= 100 kg
= 6479891 mg
Relation to SI units
Relation to SI units
= 100 years
= 10 years
= 10 ms
= 1295 9782 g
asymp 14593 903 kg
= 6350 293 18 kg
asymp 32666 667 g
asymp 29166 667 g
= 1 016046 9088 kg
= 907184 74 kg
= 1 000 kg
= 114305 277 24 kg (variants exist)
= 1000 kgm 3
= 1 kgm 3
= 1000 kgm 3
asymp 1001 1 53 9 61 kgm 3
asymp 1729 9 94 0 44 times 10 3 kgm 3
asymp 6236 0 23 2 91 kgm 3
asymp 7489 1 51 7 07 kgm 3
asymp 16018 4 63 3 7 kgm 3
asymp 2767 9 90 4 71 times 10 4 kgm 3
asymp 99776 3 72 6 6 kgm 3
asymp 119826 4 273 kgm 3
asymp 515378 8 184 kgm 3
asymp 2418 884 254 times 10 minus17 s
= 2398 3776 times 10 9 s
= 1440 min = 86 400 s
asymp 86 1641 s
= 1 209 600 s
= 3 3 s
= 9593 424 times 10 9 s
= 3 600 s
= 01 6 s
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
= 60 times 60 4 s = 900 s = 60 4 min = 15 min
= 1000 years
= 60 s
= 90 s
= 10 ns
= 1 μs
= 100 fs
Relation to SI units
= 1 Hz = 1s
Relation to SI units
= 24 times 60 times 60 100 s = 864 s = 24 60 100 min = 144 min
= 15768 times 10 8 s
= 5996 16 times 10 8 s
= 24 times 60 times 60 1 000 s = 864 s
= 2 592 000 s
asymp 26297 times 10 6 s
= 2 505 600 s
asymp 2551 times 10 6 s
= 2524 608 times 10 8 s
asymp 1351 211 868 times 10 minus43 s
( SI base unit )
= 4607 4096 times 10 10 s
= 168 h = 10 080 min = 604 800 s
= 31 556 952 s
= 31 557 600 s
asymp 365256 363 d asymp 31 558 1497632s
asymp 365242 190 d asymp 31 556 925 s
asymp 0104 7 19 7 55 rads
asymp 8466 667 times 10 minus5ms
= 508 times 10 minus3 ms
= 3048 times 10 minus1 ms
asymp 1663 095 times 10 minus4ms
asymp 705 556 times 10 minus6ms
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
asymp 340 to 295 ms for aircraft
= 1 ms
= 268224 ms
asymp 340 to 295 ms at aircraft altitudes
Relation to SI units
Relation to SI units
asymp 423 333 times 10 minus4ms
= 254 times 10 minus2 ms
= 136 msasymp 2777 778 times 10 minus1ms
asymp 0514 444 ms
= 0514 77 3 ms
= 0447 04 ms
= 1 609344 ms
= 299 792 458 ms
= 4719 4 74 4 32 times 10 minus4 m 3 s
= 0028 3 16 8 46 5 92 m 3 s
= 2731 1 77 3 times 10 minus7 m 3 s
= 1638 7 064 times 10 minus5 m 3 s
= 1 m 3 s
= 4381 2 63 6 3 8 times 10 minus8 m 3 s
= 1051 5 03 2 7 3 times 10 minus6 m 3 s
= 6309 0 19 6 4 times 10 minus5 m 3 s
= 1 6 times 10 minus5 m 3 s
asymp 8466 667 times 10 minus5 ms 2
= 508 times 10 minus3 ms 2
= 3048 times 10 minus1 ms 2
= 10 minus2 ms 2
asymp 4233 333 times 10 minus4 ms 2
= 254 times 10 minus2 ms 2
asymp 5144 444 times 10 minus1 ms 2
= 1 ms 2
= 44704 times 10 minus1 ms 2
= 268224 ms 2
= 1609 344 times 10 3 ms 2
= 9806 65 ms 2
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
Relation to SI units
= 01 Pa
Relation to SI units
= 1 Nmiddotm
asymp 8238 722 06 times 10 minus8 N [ 24 ]= 10 minus5 N
= 9806 65 N
= 4448 221 615 2605 times 10 3 N
= 9806 65 mN
= 1 N = 1 kgmiddotms 2
= 0278 013 850 953 7812 N
= 4448 221 615 2605 N
= 0138 254 954 376 N
= 1 times 10 3 N
= 8896 443 230 521 times 10 3 N
equiv 101 325 Pa [ 26 ]= 9806 65 times 10 4 Pa [ 26 ]equiv 10 5 Pa
asymp 1333 22 times 10 3 Pa [ 26 ]asymp 98063 8 Pa [ 26 ]asymp 40636 66 times 10 3 Pa [ 26 ]asymp 2988 98 times 10 3 Pa [ 26 ]asymp 3386 389 times 10 3 Pa [ 26 ]asymp 249082 Pa [ 26 ]= 9806 65 times 10 6 Pa [ 26 ]asymp 6894 757 times 10 6 Pa [ 26 ]
asymp 0133 322 4 Pa [ 26 ]
asymp 1333224 Pa [ 26 ]= 9806 38 Pa
= 1 Pa [ 27 ]= 1 times 10 3 Pa = 1 kPa
asymp 47880 26 Pa [ 26 ]asymp 6894 757 times 10 3 Pa [ 26 ]asymp 1488 164 Pa [ 26 ]asymp 95760 518 times 10 3 Pa
asymp 133322 4 Pa [ 26 ]
= 1355 817 948 331 4004 Nmiddotm
= 4214 011 009 380 48 times 10 minus2 Nmiddotm
= 0112 984 829 027 6167 Nmiddotm
asymp 0101 971 621 Nmiddotm
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 41868 J
= 4184 J
asymp 42045 J
= 41855 J
asymp 41819 J
= 101325 J
asymp 612 times 10 9 J
= 10545 times 10 3 J
= 1055 055 852 62 times 10 3 J
asymp 1055 87 times 10 3 J
asymp 1054 350 times 10 3 J
asymp 1059 67 times 10 3 J
= 1054 804 times 10 3 J
asymp 1054 68 times 10 3 J
asymp 10546 times 10 3 J
asymp 4190 02 J
= 1899 100 534 716 times 10 3 J
= 0101 325 J
= 2869 204 480 9344 times 10 3 J
= 1055 055 852 62 times 10 6 J
= 77468 520 985 2288 times 10 3 J
asymp 1602 177 33 times 10 minus19 plusmn 49 times10 minus26 J
= 10 minus7 J
= 1355 817 948 331 4004 J
= 4214 011 009 380 48 times 10 minus2 J
= 460632 569 25 J
= 383556 849 0138 J
asymp 4359 744 times 10 minus18 J
=2684 519 537 696 172 792 times 10 6J
= 0112 984 829 027 6167 J
= 1 J = 1 mmiddotN = 1 kgmiddotm 2 s 2 = 1 CmiddotV = 1 Wmiddots
= 41868 times 10 3 J
= 36 times 10 6 J
= 1055 055 852 62 times 10 18 J
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 41868 W
= 736 W
= 746 W
= 101325 W
= 980665 W
Relation to SI units
asymp 2179 872 times 10 minus18 J
= 105505 585 262 times 10 6 J
= 1054804 times 10 6 J
= 41868 times 10 6 J
= 293076 times 10 9 J
= 41868 times 10 9 J
= 4184 times 10 9 J
= 1688 75 times 10 minus3 W
= 0101 325 W
= 0797 001 244 704 W
= 47820 074 682 24 W
= 2869 204 480 9344 times 10 3 W
asymp 0293 071 W
asymp 17584 264 W
= 1055 055 852 62 times 10 3 W
= 10 minus7 W
asymp 3766 161 times 10 minus4 W
= 2259 696 580 552 334 times 10 minus2 W
= 1355 817 948 331 4004 W
asymp 9810 657 times 10 3 W
= 745699 871 582 270 22 W
= 735498 75 W
= 1688 75 W
asymp 1333 times 10 minus4 W
asymp 70337 057 W
asymp 3 504 W
asymp 3938 875 times 10 3 W
asymp 3516 853 times 10 3 W
= 1 W = 1 Js = 1 Nmiddotms = 1 kgmiddotm 2 s 3
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 1 Pamiddots
= 01 Pamiddots
Relation to SI units
= 1 A
= 10 A
Relation to SI units
= 10 C
= 1 C = 1 Amiddots
Relation to SI units
= 1 C middot 1 m
Relation to SI units
asymp 1054 571 68 times 10 minus34 Jmiddots [ 28 ]
asymp 4133 789 times 10 minus4 Pamiddots
asymp 1488 1 64 Pamiddots
asymp 47880 2 6 Pamiddots
asymp 6894757 Pamiddots
Relation to SI units= 0092 9 03 0 4 m 2 s
= 1 m 2 s
= 10 minus4 m 2 s
asymp3335 6 41 times 10 minus10 A
asymp 1602 176 462 times 10 minus19 C
asymp 96 4853383 C
asymp 3335 641 times 10 minus10 C
asymp 8478 352 81 times 10 minus30 Cmiddotm [ 29 ]
= 333564095 times 10 minus30 Cmiddotm [ 30 ]
= 1 times 10 minus8 V
= 299792 458 V
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Relation to SI units
Conversion to kelvin
[K] equiv [degC] + 27315
[K] = 37315 minus [degDe] times 23
[K] equiv ([degF] + 45967) times 59
[K] = [degN] times 10033 + 27315
[K] equiv [degR] times 59
[K] = [degReacute] times 54 + 27315
[K] = ([degRoslash] minus 75) times 4021 + 27315
equiv 1 K
Relation to SI units
= 1 V = 1 WA =1 kgmiddotm 2 (Amiddots 3 )
= 1 Ω = 1 VA =1 kgmiddotm 2 (A 2 middots 3 )
= 1 F = 1 CV =1 A 2 middots 4 (kgmiddotm 2 )
= 1 times 10 minus8 Wb
= 1 Wb = 1 Vmiddots =1 kgmiddotm 2 (Amiddots 2 )
= 1 times 10 minus4 T [ 32 ]= 1 T = 1 Wbm 2 = 1 kg(Amiddots 2 )
= 1 H = 1 WbA =1 kgmiddotm 2 (Amiddots) 2
Relation to bits
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
= 1 JK
= 1 bit
Relation to SI units
= 1 cd
= 1 cd
asymp 0981 cd
Relation to SI units
Relation to SI units
= 1 lm = 1 cdmiddotsr
Relation to SI units
Relation to SI units
= 1 Bq = 1s
Relation to SI units
= 1380 650 5(23) times 10 minus23 JK
= 9569 940 (16) times 10 minus24 JK
= 3179 065 3(53) times 10 minus23 JK
= 3827 976 0(64) times 10 minus23 JK = 2 2 bit
= 7655 952 (13) times 10 minus23 JK = 2 3 bit
= 7655 952 (13) times 10 minus20 JK= 8 times 10 3 bit = 8000 bit
= 7839 695 (13) times 10 minus20 JK = 2 13 bit = 8192 bit
asymp 10763 9 10 4 17 cdm 2
asymp 15500031 cdm 2
= 1 cdm 2
asymp 3426 2 59 0 996 cdm 2
asymp 3183098 8 618 cdm 2
asymp 1 times 10 4 cdm 2
= 10763 9 10 4 17 lx
asymp 15500031 lx
= 1 lx = 1 lmm 2
= 1 times 10 4 lx
= 37 times 10 10 Bq [ 34 ]= 1 times 10 6 Bq
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Relation to SI units
= 1 Gy
= 001 Gy
Relation to SI units
= 001 Sv
= 1 Sv
= 258 times 10 minus4 Ckg
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Basis kuantitas
Nama kuantitas dasar Simbol
panjangnyamassa mwaktu durasi tarus listrik Saya sayatermodinamika suhu Tjumlah zat n
bercahaya intensitas
Berasal kuantitasNama Simbol
daerah Sebuah
volume V
kecepatan kecepatan v
percepatan sebuah
bilangan gelombang σ
kepadatan kerapatan massa ρ
permukaan kepadatan
Volume spesifik v
kerapatan arus j
magnet kuat medan H
konsentrasi jumlah konsentrasi c
massa konsentrasi ρ γ
pencahayaan
indeks bias n
permeabilitas relatif
SI berasal satuan koheren
Berasal kuantitas Nama
bidang miring radian
padat sudut steradian
frekuensi hertz
memaksa newton
tekanan stres pascal
l x r dll
Saya v
ρ A
L v
μ r
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
energi pekerjaan jumlah panas joule
kekuatan fluks berseri-seri watt
muatan listrik jumlah listrik coulomb
perbedaan listrik potensi motive volt
kapasitansi farad
listrik resistensi ohm
konduktansi listrik siemens
magnetik fluks weber
kerapatan fluks magnetik tesla
induktansi henry
Celcius suhu derajat Celciusbercahaya fluks lumen
pencahayaan lux
aktivitas dirujuk ke radionuklida becquerel
abu-abu
Sievert
katalitik aktivitas katal
Berasal kuantitas Nama
viskositas dinamis pascal kedua
saat kekuatan newton meteran
tegangan permukaan newton per meter
kecepatan sudut radian per detik
percepatan sudut radian per detik kuadrat
kerapatan fluks panas radiasi watt per meter persegi
kapasitas panas entropi joule per kelvin
kapasitas panas spesifik entropi spesifik joule per kilogram kelvin
spesifik energi Joule per kilogram
termal konduktivitas watt per meter Kelvin
kepadatan energi joule per meter kubik
listrik kuat medan volt per meter
muatan listrik kepadatan coulomb per meter kubik
permukaan kerapatan muatan coulomb per meter persegi
kerapatan fluks listrik perpindahan listrik coulomb per meter persegi
permitivitas farad per meter
dosis serap energi spesifik (disampaikan) Kerma
dosis setara dosis ekivalen ambien setara dosis arah dosis ekivalen perorangan
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
permeabilitas henry per meter
molar energi joule per mol
molar entropi kapasitas panas molar joule per mol Kelvin
paparan (x-dan γ-ray) coulomb per kilogram
dosis serap tingkat abu-abu per detik
intensitas radiasi watt per steradian
cahaya watt per meter persegi steradian
katalitik konsentrasi aktivitas katal per meter kubik
Kuantitas Nama unit
waktu durasi menitjamhari
bidang miring derajat
menit
kedua
daerah hektar
volume liter
massa ton
Kuantitas Nama unit
Unit diterima untuk digunakan dengan SI
energi electronvolt
massa dalton
terpadu satuan massa atom
panjangnya Unit astronomi
Alam unit (nu)
kecepatan kecepatan
tindakan
alami unit kecepatan (kecepatan cahaya dalam vakum)
alami unit tindakan (dikurangi konstanta Planck)
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
massa
waktu durasi alami unit waktu
Atom unit (au)
biaya atom unit biaya (biaya dasar)
massa
tindakan
panjangnya
energi
waktu durasi atom unit tim
Kuantitas Nama unit
tekanan bar
milimeter air raksa
panjangnya angstrom
jarak mil laut
daerah lumbung
kecepatan kecepatan simpul
logaritmik rasio jumlah neperbeldesibel
alami satuan berat (elektron massa)
atom satuan massa (elektron massa)
atom unit tindakan (dikurangi konstanta Planck)
atom satuan panjang Bohr (Bohr radius)
atom unit energi Hartree (Hartree energi)
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Kuantitas Nama unit
energi erg
memaksa dyne
viskositas dinamis sikap tenang
viskositas kinematik stoke
pencahayaan stilb
iluminansi phot
percepatan cewek
magnetik fluks maxwell
kerapatan fluks magnetik gauss
medan gaya Oersted
Faktor Nama
deca
hecto
kilo
mega
giga
tera
PETA
exa
zetta
yotta
Kuantitas Nama unit
tekanan
panjangnya
jarak
daerah
mempercepat
logaritmik rasio jumlah
10 1
10 2
10 3
10 6
10 9
10 12
10 15
10 18
10 21
10 24
bar (a)milimeter merkuri (b)angstrom (c)mil laut (d)gudang (e)simpul (f)neper (g i)
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
logaritmik rasio jumlah
bel (h i)desibel (h i)
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
SI satuan dasar
Nama unit dasar SI Simbol
mkgsSebuahKmol
CD
SI berasal satuan koherenNama Simbol
meter persegi
meter kubik
meter per detik
meter per detik kuadrat
timbal balik meteran
kilogram per meter kubik
kilogram per meter persegi
kubik meter per kilogram
ampere per meter persegi
ampere per meter
mol per meter kubik
kilogram per meter kubik
candela per meter persegi
(Nomor) satu 1
(Nomor) satu 1
SI berasal satuan koheren
Simbol Dinyatakan dalam satuan SI lainnya
rad 1
sr 1
Hz
N
Pa
meterkilogramkeduaamperkelvintahi lalat
candela
m 2
m 3
ms -1
ms -2
m -1
kg m -3
kg m -2
m 3 kg -1
Sebuah m -2
Sebuah m -1
mol m -3
kg m -3
cd m -2
N m 2
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
J U m
W J s
C
V W A
F C V
Ω V A
S A V
Wb V s
T
H Wb A
deg Clm cd sr
lx
Bq
Gy J kg
Sv J kg
kat
SI berasal satuan koheren
Simbol Disajikan dalam hal unit dasar SI
Pa s
U m
N m
rad s
J K
J (kg K)
J kg
W (m K)
V m
F m
Wb m 2
lm m 2
m -1 kg s -1
m 2 kg s -2
kg s -2
mm -1 s -1 = s -1
rad s 2 mm -1 -2 s = s -2
W m 2 kg -3 s
m 2 kg s -2 K -1
m 2 s -2 K -1
m 2 s -2
m kg s -3 K -1
J m 3 m -1 kg s -2
m kg s -3 Sebuah -1
C m 3 m -3 s A
C m 2 m -2 s A
C m 2 m -2 s A
m -3 kg -1 s 4 A 2
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
H m
J mol
J (mol K)
C kg
Gy s
W sr
Simbol untuk unit Nilai dalam satuan SI
min 1 menit = 60 detikh 1 jam = 60 menit = 3 600 sd 1 d = 24 jam = 86 400 sdeg 1 deg = (π180) rad
1 = (160) deg = (π10 800) rad
1 = (160) = (π648 000) rad
ha
L l
t
Simbol untuk unit Nilai dalam satuan SI
Unit diterima untuk digunakan dengan SI
eV
Da
u 1 u = 1 Da
ua
Alam unit (nu)
ℏ
m kg s -2 Sebuah -2
m 2 kg s -2 mol -1
m 2 kg s -2 K -1 mol -1
kg -1 s A
m 2 s -3
-3 m 4 m -2 s = kg m 2 kg -3s
W (m 2 sr) -3 m 2 m -2 kg s = -3 kg s
kat m 3 m -3 s -1 mol
1 ha = 1hm 2 = 10 4 m 2
1 L = 1 dm 3 = 10 -3 m 3
1 t = 10 3 kg
1 eV = 1602 176 53 (14) times 10 -19 J
1 Da = 1660 538 86 (28) times 10 -27kg
1 ua = 1495 978 706 91 (6) times 10 11m
c o 299 792 458 ms -1
1054 571 68 (18) times 10 -34 Js
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Atom unit (au)
e
ℏ
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg 1 mmHg asymp 133322 Pa
ÅM 1 M = 1852 m
b
kn
NpBdB
m e 9109 382 6 (16) times 10 -31 kg
ℏ (m e c o2) 1288 088 667 7 (86) times 10 -21 s
1602 176 53 (14) times 10 -19 C
m e 9109 382 6 (16) times 10 -31 kg
1054 571 68 (18) times 10 -34 Js
o 0529 177 210 8 (18) times 10 -10 m
E h 4359 744 17 (75) times 10 -18 J
ℏ E h 2418 884 326 505 (16) times 10 -17 s
1 bar = 01 MPa = 10 5 Pa
1 Å = 01 nm = 10 -10 m
1 b = 100 fm 2 = 10 -28 m 2
1 kn = (18523600) ms -1
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Simbol untuk unit Nilai dalam satuan SI
erg
dyn
P
St
sb
ph
Cewek
Mx
G
Oe
Simbol
da
h
k
M
G
T
P
E
Z
Y
Simbol untuk unit Nilai dalam satuan SI
bar
mmHg
Aring
M 1 M = 1852 m
b
kn 1 kn = (18523600) m s
Np
1 erg = 10 -7 J
1 dyn = 10 -5 N
1 P = 1 dyn s cm -2 = 01 Pa s
1 St = 1 cm 2 s -1 = 10 -4 m 2 s -1
1 sb = 1 cd cm -2 = 10 4 cd m -2
1 ph = 1 cd sr cm -2 = 10 4 lx
1 Gal = 1 cm s -2 = 10 ms -2 -2
1 Mx = 1 G cm 2 = 10 -8 Wb
1 G = 1 Mx cm -2 = 10 -4 T
1 Oe ≙ (10 3 4π) Sebuah -1 m
1 bar = 01 MPa = 100 kPa = 10 5 Pa
1 mmHg 133322 Pa
1 Aring = 01 nm = 100 pm = 10 -10 m
1 b = 100 fm 2 = (10 -12 cm) 2 = 10 -28 m 2
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
B
dB
[Lihat catatan kaki (j) mengenai nilai numerik dari neper itu bel dan desibel yang]
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
SI berasal satuan koheren
Disajikan dalam hal unit dasar SI
mm -1
m 2 m -2
s -1
m kg s -2
m -1 kg s -2
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
s A
KCD
m 2 kg s -2
m 2 kg s -3
m 2 kg s -3 Sebuah -1
m -2 s -1 kg 4 A 2
m 2 kg s -2 -3 A
m -2 s -1 kg 3 A 2
m 2 kg s -2 Sebuah -1
kg s -2 Sebuah -1
m 2 kg s -2 Sebuah -2
m -2 cd
s -1
m 2 s -2
m 2 s -2
s -1 mol
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Faktor Nama Simbol
deci d
centi c
mili m
mikro μ
nano n
pico p
Femto f
atto sebuah
zepto z
yocto y
10 -1
10 -2
10 -3
10 -6
10 -9
10 -12
10 -15
10 -18
10 -21
10 -24
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Besaran DasarSatuan internasional
Nama
1 Panjang Meter2 Massa Kilogram3 Waktu Sekon4Arus Listrik Ampere5 Suhu Thermodinamika Kelvin6 Jumlah Zat Mola7 Intensitas cahaya Kandela
Besaran Jabaran Satuan InternasionalJoule
NewtonWatt
PascalHertzVolt
CoulombWeberFarad
10 Induksi Magnetik Tesla11 Induktansi Henry12 Fluks Cahaya Lumen13 Kuat Penerangan lux
Sistem Satuan Dinamis Besar
1 Panjang meterkg
3 Waktu secnewton
5 Usaha Nm = joule
6 Daya joulesec
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsec
Sistem Satuan British
1 Energi2 Gaya3 Daya4 Tekanan5 Frekuensi6 Beda Potensial7 Muatan Listrik8 Fluks Magnet9 Tahanan Listrik
2 Massa
4 Gaya
2 Massa
4 Gaya
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Sistem Satuan British1 Panjang foot ( kaki )
Slug3 Waktu Sec
Pound5 Usaha ftlb6 Daya ftlbsecSistem Matrik Dalam SI
Awalan Simbolexa- Epeta- Ptera- Tgiga- Gmega- Mkilo- khekto- hdeka- dadesi- dsenti- cmili- mmikro- mmano- npiko- pfemto- fato- a
kuantitas simbol
daerah Sebuah
volume V
bidang miring
padat sudut
frekuensi f
v
sebuah
F
P
E
V
R
G
Q
C
B
L
2 Massa
4 Gaya
kecepatanpercepatanmemaksatekanan P atau p
kekuasaanenergivoltaseperlawanankonduktansibiayakapasitansimagnetik flukskerapatan fluks magnetikinduktansi
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
F
E
kegiatan Sebuah
energi dosis
dosis ekivalen
satuan simbolamper Sebuah
becquerel Bq
candela CDcoulomb C
farad F
abu-abu Gy
henry H
hertz Hz
joule J
Kkilogram kglumen lm
lux lx
meter mtahi lalat mol
newton N
ohm
pascal Pa
radian radkedua s
siemens S
Sievert Sv
steradian sr
tesla T
volt V
watt W
weber Wb
unit symbol
minute minhour hday ddegreearcminute arcminarcsecond arcsec
litre
bercahaya flukspenerangan
Kelvin [catatan kaki 1]
O [catatan kaki 2]
deg [footnote 3]
l L [footnote 4]
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
tonne t
electronvolt eV
unified atomic mass unit u
nautical mile --knot --
angstrom
are a
hectare ha
barn b
bar bar
gal Gal
curie Ci
roentgen R
rad rd rad
rem rem
A [footnote 5]
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Satuan internasional
Lambang Rumus Dimensi
m Lkg M
Sekon s TAmpere A IKelvin K qMola mol N
Kandela cd J
Satuan InternasionalJNWPaHzVC
WbFT
HbLmlx
Dinamis Kecil
cmgrsec
dyne
dynecm = erg
ergsec
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
Faktor1018
10151012109106103102101
1-Oct2-Oct3-Oct6-Oct9-Oct
12-Oct15-Oct18-Oct
SI simbol Satuan SI
meter persegi
meter kubik
rad radian
sterrad steradian
Hz
meter per detik
meter per detik kuadrat
N
Pa
W
J
V
S
C
F
Wb
T
H
Hertz
NewtonPascalWattJouleVoltOhmSiemensCoulombFaradWeberTeslaHenry
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
lm
lx
Bq
Gy
Sv
penurunan dasar unit kuantitas- Sebuah arus listrik
1 s kegiatan
- CD bercahaya intensitasSebuah s Sebuah s biaya
Sebuah s V kapasitansi
J kg dosis serap
V s A induktansi
1 s frekuensi
U m energi
- K suhu- kg massacd sr cd sr bercahaya fluks
penerangan
- m panjangnya- mol jumlah zat
memaksa
V A perlawanan
tekanan
- rad bidang miring- s waktu
1 O konduktansi listrik
J kg dosis ekivalen
- sr padat sudut
W A voltase
J s kekuasaan
V s magnetik fluks
value in SI units
60 s60 min = 3600 s24 h = 86 400 s
lumenluxBecquerelAbu-abuSievert
s -1
kg -1 m -2 s 4 A 2
m 2 s -2
kg m 2 s -2 Sebuah -2
s -1
kg m 2 s -2
lm m 2 cd sr m -2
kg m s 2 kg ms -2
kg m 2 s -2 -3 A
N m 2 kg m -2 s -1
kg -1 m -2 s 3 A 2
m 2 s -2
Wb m 2 kg s -2 Sebuah -1 kerapatan fluks magnetik
kg m 2 s -1 -3 A
kg m 2 s -3
kg m 2 s -2 Sebuah -1
( pi 180) rad(160) deg = ( pi 10 800) rad(160) = ( pi 648 000) rad
1 dm 3 = 10 -3 m 3
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-
1852 m1 nautical mile per hour = (18523600) ms
10 3 kg
(1602 177 33 +- 0000 000 49) x 10 -19 J
(1660 540 2 +- 0000 001 0) x 10 -27 kg
10 -10 m
1 dam 2 = 10 2 m 2
10 4 m 2
10 -28 m 2
10 5 Pa
10 -2 ms 2
37 x 10 10 Bq
258 x 10 -4 Ckg
10 -2 Gy
10 -2 Sv
- Tabel 1
- Tabel 2
- Tabel 3
-