barcharts periodic table adv
DESCRIPTION
tabla periodica en ingles de la serie quick studyTRANSCRIPT
NOBLE GASES
1 H 1.008Hydrogen
1s1
Oxidation States Electroneg.
1 2.2Atomic Radius Ionic Radius
37 –Electron Affinity 1st Ion. Pot.
0.75 13.60
3 Li 6.94Lithium
1s22s1
Oxidation States Electroneg.
1 0.98Atomic Radius Ionic Radius
152 (+1)76Electron Affinity 1st Ion. Pot.
0.62 5.39
4 Be 9.01Beryllium
1s22s2
Oxidation States Electroneg.
2 1.57Atomic Radius Ionic Radius
111 (+2)45Electron Affinity 1st Ion. Pot.
Unstable Anion 9.32
12 Mg24.31Magnesium
[Ne]3s2
Oxidation States Electroneg.
2 1.31Atomic Radius Ionic Radius
160 (+2)72Electron Affinity 1st Ion. Pot.
Unstable Anion 7.65
21 Sc 44.96Scandium[Ar]3d14s2
Oxidation States Electroneg.
3 1.36Atomic Radius Ionic Radius
161 (+3)75Electron Affinity 1st Ion. Pot.
0.19 6.56
39 Y 88.91Yttrium
[Kr]4d15s2
Oxidation States Electroneg.
3 1.22Atomic Radius Ionic Radius
178 (+3)102Electron Affinity 1st Ion. Pot.
0.31 6.22
57 La 138.9Lanthanum
[Xe]5d16s2
Oxidation States Electroneg.
3 1.10Atomic Radius Ionic Radius
187 (+3)116Electron Affinity 1st Ion. Pot.
0.5 5.77
89 Ac 227Actinium[Rn]6d17s2
Oxidation States Electroneg.
3 1.1Atomic Radius Ionic Radius
188 (+3) -Electron Affinity 1st Ion. Pot.
– 5.17
104 Rf 261Rutherfordium[Rn]5f146d27s2
disc.1964
105Db 262Dubnium
[Rn]5f146d37s2
disc.1967
58 Ce 140.1Cerium
[Xe]4f15d16s2
Oxidation States Electroneg.
3,4 1.12Atomic Radius Ionic Radius
183 (+3)114Electron Affinity 1st Ion. Pot.
– 5.54
59 Pr 140.9Praseodymium
[Xe]4f36s2
Oxidation States Electroneg.
3,4 1.13Atomic Radius Ionic Radius
182 (+3)113Electron Affinity 1st Ion. Pot.
– 5.46
60 Nd 144.2Neodymium
[Xe]4f46s2
Oxidation States Electroneg.
3 1.14Atomic Radius Ionic Radius
181 (+3)114Electron Affinity 1st Ion. Pot.
– 5.53
61 Pm 145Promethium
[Xe]4f56s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
181 (+3)109Electron Affinity 1st Ion. Pot.
– 5.55
62 Sm150.4Samarium[Xe]4f66s2
Oxidation States Electroneg.
3,2 1.17Atomic Radius Ionic Radius
180 (+3)108Electron Affinity 1st Ion. Pot.
– 5.64
63 Eu 152.0Europium[Xe]4f76s2
Oxidation States Electroneg.
3,2 –Atomic Radius Ionic Radius
199 (+3)107Electron Affinity 1st Ion. Pot.
– 5.67
64 Gd157.3Gadolinium[Xe]4f75d16s2
Oxidation States Electroneg.
3 1.20Atomic Radius Ionic Radius
179 (+3)105Electron Affinity 1st Ion. Pot.
– 6.15
65 Tb 158.9Terbium[Xe]4f96s2
Oxidation States Electroneg.
3,4 –Atomic Radius Ionic Radius
176 (+3)118Electron Affinity 1st Ion. Pot.
– 5.86
66 Dy 162.5Dysprosium
[Xe]4f106s2
Oxidation States Electroneg.
3 1.22Atomic Radius Ionic Radius
175 (+3)103Electron Affinity 1st Ion. Pot.
– 5.94
67 Ho 164.9Holmium[Xe]4f116s2
Oxidation States Electroneg.
3 1.23Atomic Radius Ionic Radius
174 –Electron Affinity 1st Ion. Pot.
– 6.02
68 Er 167.3Erbium
[Xe]4f126s2
Oxidation States Electroneg.
3 1.24Atomic Radius Ionic Radius
173 (+3)100Electron Affinity 1st Ion. Pot.
– 6.11
69 Tm168.9Thulium[Xe]4f136s2
Oxidation States Electroneg.
3,2 1.25Atomic Radius Ionic Radius
173 (+3)109Electron Affinity 1st Ion. Pot.
– 6.18
70 Yb 173.0Ytterbium[Xe]4f146s2
Oxidation States Electroneg.
3,2 –Atomic Radius Ionic Radius
194 (+3)99Electron Affinity 1st Ion. Pot.
– 6.25
71 Lu 175.0Lutetium
[Xe]4f145d16s2
Oxidation States Electroneg.
3 1.0Atomic Radius Ionic Radius
172 (+3)98Electron Affinity 1st Ion. Pot.
– 5.43
90 Th 232.0Thorium[Rn]6d27s2
Oxidation States Electroneg.
4 1.3Atomic Radius Ionic Radius
180 (+4)94Electron Affinity 1st Ion. Pot.
– 6.08
91 Pa 231.0Protactinium[Rn]5f26d17s2
Oxidation States Electroneg.
5,4 1.5Atomic Radius Ionic Radius
161 (+5)78Electron Affinity 1st Ion. Pot.
– 5.89
92 U 238.0Uranium
[Rn]5f36d17s2
Oxidation States Electroneg.
6,5,4,3 1.7Atomic Radius Ionic Radius
139 (+6)73Electron Affinity 1st Ion. Pot.
– 6.19
93 Np 237Neptunium[Rn]5f46d17s2
Oxidation States Electroneg.
6,5,4,3 1.3Atomic Radius Ionic Radius
– (+5)75Electron Affinity 1st Ion. Pot.
– 6.27
94 Pu 244Plutonium[Rn]5f67s2
Oxidation States Electroneg.
6,5,4,3 1.3Atomic Radius Ionic Radius
151 (+4)86Electron Affinity 1st Ion. Pot.
– 6.06
95 Am 243Americium[Rn]5f77s2
Oxidation States Electroneg.
6,5,4,3 –Atomic Radius Ionic Radius
131 (+3)98Electron Affinity 1st Ion. Pot.
– 5.99
96 Cm 247Curium
[Rn]5f76d17s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
– (+3)97Electron Affinity 1st Ion. Pot.
– 6.02
97 Bk 247Berkelium[Rn]5f97s2
Oxidation States Electroneg.
4,3 –Atomic Radius Ionic Radius
– (+3)96Electron Affinity 1st Ion. Pot.
– 6.23
98 Cf 251Californium
[Rn]5f107s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
– (+3)95Electron Affinity 1st Ion. Pot.
– 6.30
99 Es 252Einsteinium
[Rn]5f117s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
– 6.42
100Fm 257Fermium[Rn]5f127s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
– 6.50
101Md 258Mendelevium
[Rn]5f137s2
Oxidation States Electroneg.
3,2 –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
– 6.58
102 No 259Nobelium[Rn]5f147s2
Oxidation States Electroneg.
3,2 –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
– 6.65
103 Lr 262Lawrencium[Rn]5f146d17s2
Oxidation States Electroneg.
3 –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
– –
106 Sg 266Seaborgium[Rn]5f146d47s2
disc.1974
107Bh 264Bohrium
[Rn]5f146d57s2
disc.1981
108 Hs 269Hassium
[Rn]5f146d67s2
disc.1984
109 Mt 268Meitnerium[Rn]5f146d77s2
disc.1982
110 Ds 281Darmstadtium[Rn]5f146d97s1
Darmstats, Germany
111 Uuu 272Unununium
disc.1994Darmstats, Germany
112 Uub 277Ununbium
disc.1996Darmstats, Germany
113 Uut 284Ununtrium
disc.2004Dubna, Russia
114 Uuq 289Ununquadium
disc.1999Dubna, Russia
115 Uup 288Ununpentium
disc.2004Dubna, Russia
116 ? ?Notdiscovered
- -
117 ? ?Notdiscovered
--
118 ? ?Notdiscovered
- -
72 Hf 178.5Hafnium
[Xe]4f145d26s2
Oxidation States Electroneg.
4 1.3Atomic Radius Ionic Radius
156 (+4)83Electron Affinity 1st Ion. Pot.
~0 6.83
73 Ta 180.9Tantalum
[Xe]4f145d36s2
Oxidation States Electroneg.
5 1.5Atomic Radius Ionic Radius
143 (+5)64Electron Affinity 1st Ion. Pot.
0.32 7.89
74 W 183.8Tungsten
[Xe]4f145d46s2
Oxidation States Electroneg.
6,5,4,3,2 1.7Atomic Radius Ionic Radius
137 (+6)60Electron Affinity 1st Ion. Pot.
0.86 7.98
75 Re 186.2Rhenium
[Xe]4f145d56s2
Oxidation States Electroneg.
7,6,4,2,-1 1.9Atomic Radius Ionic Radius
137 (+7)53Electron Affinity 1st Ion. Pot.
0.15 7.88
76 Os 190.2Osmium
[Xe]4f145d66s2
Oxidation States Electroneg.
2,3,4,6,8 2.2Atomic Radius Ionic Radius
134 (+4)63Electron Affinity 1st Ion. Pot.
1.10 8.7
77 Ir 192.2Iridium
[Xe]4f145d76s2
Oxidation States Electroneg.
2,3,4,6 2.2Atomic Radius Ionic Radius
136 (+4)63Electron Affinity 1st Ion. Pot.
1.57 9.1
78 Pt 195.1Platinum
[Xe]4f145d96s1
Oxidation States Electroneg.
2,4 2.2Atomic Radius Ionic Radius
139 (+4)63Electron Affinity 1st Ion. Pot.
2.13 9.0
79 Au 197.0Gold
[Xe]4f145d106s1
Oxidation States Electroneg.
3,1 2.4Atomic Radius Ionic Radius
144 (+3)85Electron Affinity 1st Ion. Pot.
2.31 9.23
80 Hg 200.6Mercury
[Xe]4f145d106s2
Oxidation States Electroneg.
2,1 1.9Atomic Radius Ionic Radius
150 (+2)102Electron Affinity 1st Ion. Pot.
Unstable Anion 10.44
81 Tl 204.4Thallium
[Xe]4f145d106s2p1
Oxidation States Electroneg.
3,1 1.8Atomic Radius Ionic Radius
170 (+1)159Electron Affinity 1st Ion. Pot.
0.2 6.11
82 Pb 207.2Lead
[Xe]4f145d106s2p2
Oxidation States Electroneg.
4,2 1.8Atomic Radius Ionic Radius
175 (+2)119Electron Affinity 1st Ion. Pot.
0.36 7.42
83 Bi 209.0Bismuth
[Xe]4f145d106s2p3
Oxidation States Electroneg.
3,5 1.9Atomic Radius Ionic Radius
155 (+3)103Electron Affinity 1st Ion. Pot.
0.95 7.29
84 Po 209Polonium
[Xe]4f145d106s2p4
Oxidation States Electroneg.
4,2 2.0Atomic Radius Ionic Radius
118 (+4)–Electron Affinity 1st Ion. Pot.
1.9 8.42
40 Zr 91.22Zirconium[Kr]4d25s2
Oxidation States Electroneg.
4 1.33Atomic Radius Ionic Radius
159 (+4)84Electron Affinity 1st Ion. Pot.
0.43 6.63
41 Nb 92.91Niobium[Kr]4d45s1
Oxidation States Electroneg.
5,3 1.60Atomic Radius Ionic Radius
143 (+5)64Electron Affinity 1st Ion. Pot.
0.90 6.76
42 Mo95.94Molybdenum
[Kr]4d55s1
Oxidation States Electroneg.
6,5,4,3,2 2.16Atomic Radius Ionic Radius
136 (+6)59Electron Affinity 1st Ion. Pot.
0.75 7.09
43 Tc 98Technetium
[Kr]4d55s2
Oxidation States Electroneg.
7 2.10Atomic Radius Ionic Radius
135 –Electron Affinity 1st Ion. Pot.
0.55 7.28
44 Ru 101.1Ruthenium
[Kr]4d75s1
Oxidation States Electroneg.
2,3,4,6,8 2.20Atomic Radius Ionic Radius
133 (+3)68Electron Affinity 1st Ion. Pot.
1.05 7.36
45 Rh 102.9Rhodium[Kr]4d85s1
Oxidation States Electroneg.
2,3,4 2.28Atomic Radius Ionic Radius
135 (+3)67Electron Affinity 1st Ion. Pot.
1.14 7.46
46 Pd 106.4Palladium
[Kr]4d10
Oxidation States Electroneg.
2,4 2.20Atomic Radius Ionic Radius
138 (+2)64Electron Affinity 1st Ion. Pot.
0.56 8.34
47 Ag 107.9Silver
[Kr]4d105s1
Oxidation States Electroneg.
1 1.93Atomic Radius Ionic Radius
145 (+1)115Electron Affinity 1st Ion. Pot.
1.30 7.58
48 Cd 112.4Cadmium[Kr]4d105s2
Oxidation States Electroneg.
2 1.69Atomic Radius Ionic Radius
149 (+2)95Electron Affinity 1st Ion. Pot.
Unstable Anion 8.99
49 In 114.8Indium
[Kr]4d105s2p1
Oxidation States Electroneg.
3 1.78Atomic Radius Ionic Radius
163 (+3)80Electron Affinity 1st Ion. Pot.
0.30 5.79
50 Sn 118.7Tin
[Kr]4d105s2p2
Oxidation States Electroneg.
4,2 1.96Atomic Radius Ionic Radius
141 (+4)45Electron Affinity 1st Ion. Pot.
1.11 7.34
22 Ti 47.87Titanium[Ar]3d24s2
Oxidation States Electroneg.
4 1.54Atomic Radius Ionic Radius
145 (+4)61Electron Affinity 1st Ion. Pot.
0.08 6.83
23 V 50.94Vanadium[Ar]3d34s2
Oxidation States Electroneg.
5.3 1.63Atomic Radius Ionic Radius
131 (+5)54Electron Affinity 1st Ion. Pot.
0.53 6.75
24 Cr 52.00Chromium[Ar]3d54s1
Oxidation States Electroneg.
6,3,2 1.66Atomic Radius Ionic Radius
125 (+3)62Electron Affinity 1st Ion. Pot.
0.67 6.77
25 Mn54.94Manganese
[Ar]3d54s2
Oxidation States Electroneg.
7,6,4,2,3 1.55Atomic Radius Ionic Radius
137 (+2)67Electron Affinity 1st Ion. Pot.
Unstable Anion 7.43
26 Fe 55.85Iron
[Ar]3d64s2
Oxidation States Electroneg.
2,3 1.83Atomic Radius Ionic Radius
124 (+3)55Electron Affinity 1st Ion. Pot.
0.151 7.90
27 Co 58.93Cobalt
[Ar]3d74s2
Oxidation States Electroneg.
2,3 1.88Atomic Radius Ionic Radius
125 (+2)65Electron Affinity 1st Ion. Pot.
0.66 7.88
28 Ni 58.69Nickel
[Ar]3d84s2
Oxidation States Electroneg.
2,3 1.91Atomic Radius Ionic Radius
125 (+2)69Electron Affinity 1st Ion. Pot.
1.16 7.64
29 Cu 63.55Copper
[Ar]3d104s1
Oxidation States Electroneg.
2,1 1.90Atomic Radius Ionic Radius
128 (+2)73Electron Affinity 1st Ion. Pot.
1.24 7.73
30 Zn 65.39Zinc
[Ar]3d104s2
Oxidation States Electroneg.
2 1.65Atomic Radius Ionic Radius
133 (+2)74Electron Affinity 1st Ion. Pot.
Unstable Anion 9.39
31 Ga 69.72Gallium
[Ar]3d104s2p1
Oxidation States Electroneg.
3 1.81Atomic Radius Ionic Radius
122 (+3)62Electron Affinity 1st Ion. Pot.
0.3 5.10
13 Al 26.98Aluminum
[Ne]3s2p1
Oxidation States Electroneg.
3 1.61Atomic Radius Ionic Radius
143 (+3)54Electron Affinity 1st Ion. Pot.
0.44 5.99
5 B 10.81Boron1s22s2p1
Oxidation States Electroneg.
3 2.04Atomic Radius Ionic Radius
80 –Electron Affinity 1st Ion. Pot.
0.28 8.30
6 C 12.01Carbon1s22s2p2
Oxidation States Electroneg.
4,2 2.55Atomic Radius Ionic Radius
77 (+4)16Electron Affinity 1st Ion. Pot.
1.26 11.26
7 N 14.01Nitrogen1s22s2p3
Oxidation States Electroneg.
3,5,4,2 3.04Atomic Radius Ionic Radius
74 (+3)16Electron Affinity 1st Ion. Pot.
Unstable Anion 14.53
8 O 16.00Oxygen1s22s2p4
Oxidation States Electroneg.
-2 3.44Atomic Radius Ionic Radius
74 (-2)140Electron Affinity 1st Ion. Pot.
1.46 13.62
9 F 19.00Fluorine1s22s2p5
Oxidation States Electroneg.
-1 3.98Atomic Radius Ionic Radius
71 (-1)133Electron Affinity 1st Ion. Pot.
3.40 17.42
10 Ne 20.18Neon
1s22s2p6
Oxidation States Electroneg.
– –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 21.57
2 He 4.003Helium
1s2
Oxidation States Electroneg.
– –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 24.59
14 Si 28.09Silicon
[Ne]3s2p2
Oxidation States Electroneg.
4 1.90Atomic Radius Ionic Radius
118 (+4)40Electron Affinity 1st Ion. Pot.
1.39 8.15
15 P 30.97Phosphorus
[Ne]3s2p3
Oxidation States Electroneg.
3,5,4 2.19Atomic Radius Ionic Radius
110 (+5)17Electron Affinity 1st Ion. Pot.
0.75 10.49
33 As 74.92Arsenic
[Ar]3d104s2p3
Oxidation States Electroneg.
3,5 2.18Atomic Radius Ionic Radius
125 (+3)58Electron Affinity 1st Ion. Pot.
0.81 9.81
52 Te 127.6Tellurium
[Kr]4d105s2p4
Oxidation States Electroneg.
2,4,6 2.10Atomic Radius Ionic Radius
143 (-2)221Electron Affinity 1st Ion. Pot.
1.97 9.01
85 At 210Astatine
[Xe]4f145d106s2p5
Oxidation States Electroneg.
1,3,5,7 2.2Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
2.8 -
20 Ca 40.08Calcium
[Ar]4s2
Oxidation States Electroneg.
2 1.00Atomic Radius Ionic Radius
197 (+2)100Electron Affinity 1st Ion. Pot.
0.04 6.11
38 Sr 87.62Strontium
[Kr]5s2
Oxidation States Electroneg.
2 0.95Atomic Radius Ionic Radius
215 (+2)126Electron Affinity 1st Ion. Pot.
0.11 5.70
56 Ba 137.3Barium[Xe]6s2
Oxidation States Electroneg.
2 0.89Atomic Radius Ionic Radius
217 (+2)142Electron Affinity 1st Ion. Pot.
0.15 5.21
88 Ra 226Radium[Rn]7s2
Oxidation States Electroneg.
2 0.9Atomic Radius Ionic Radius
– (+2)162Electron Affinity 1st Ion. Pot.
– 5.28
11 Na 22.99Sodium[Ne]3s1
Oxidation States Electroneg.
1 0.93Atomic Radius Ionic Radius
186 (+1)102Electron Affinity 1st Ion. Pot.
0.55 5.14
19 K 39.10Potassium
[Ar]4s1
Oxidation States Electroneg.
1 0.82Atomic Radius Ionic Radius
227 (+1)151Electron Affinity 1st Ion. Pot.
0.50 4.34
37 Rb 85.47Rubidium
[Kr]5s1
Oxidation States Electroneg.
1 0.82Atomic Radius Ionic Radius
248 (+1)161Electron Affinity 1st Ion. Pot.
0.49 4.18
55 Cs132.9Cesium[Xe]6s1
Oxidation States Electroneg.
1 0.79Atomic Radius Ionic Radius
265 (+1)174Electron Affinity 1st Ion. Pot.
0.47 3.89
87 Fr 223Francium
[Rn]7s1
Oxidation States Electroneg.
1 0.7Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
0.46 –
+–
34 Se 78.96Selenium
[Ar]3d104s2p4
Oxidation States Electroneg.
2,4,6 2.55Atomic Radius Ionic Radius
116 (-2)198Electron Affinity 1st Ion. Pot.
2.02 9.75
+–
35 Br 79.90Bromine
[Ar]3d104s2p5
Oxidation States Electroneg.
1,5 2.96Atomic Radius Ionic Radius
114 (-1)196Electron Affinity 1st Ion. Pot.
3.36 11.81
+–
36 Kr 83.80Krypton
[Ar]3d104s2p6
Oxidation States Electroneg.
– –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 14.00
+–
+–
16 S 32.07Sulfur
[Ne]3s2p4
Oxidation States Electroneg.
2,4,6 2.58Atomic Radius Ionic Radius
103 (-2)184Electron Affinity 1st Ion. Pot.
2.08 10.36
+–
17 Cl 35.45Chlorine[Ne]3s2p5
Oxidation States Electroneg.
1,3,5,7 3.16Atomic Radius Ionic Radius
99 (-1)181Electron Affinity 1st Ion. Pot.
3.61 12.97
+–
18 Ar 39.95Argon
[Ne]3s2p6
Oxidation States Electroneg.
– –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 15.76
+–
53 I 126.9Iodine
[Kr]4d105s2p5
Oxidation States Electroneg.
1,5,7 2.66Atomic Radius Ionic Radius
133 (-1)220Electron Affinity 1st Ion. Pot.
3.06 10.45
+–
54 Xe 131.3Xenon
[Kr]4d105s2p6
Oxidation States Electroneg.
– 2.60Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 12.13
+–
86 Rn 222Radon
[Xe]4f145d106s2p6
Oxidation States Electroneg.
– –Atomic Radius Ionic Radius
– –Electron Affinity 1st Ion. Pot.
Unstable Anion 10.75
51 Sb 121.8Antimony
[Kr]4d105s2p3
Oxidation States Electroneg.
3,5 2.05Atomic Radius Ionic Radius
145 (+3)76Electron Affinity 1st Ion. Pot.
1.07 8.64
+–
32 Ge 72.61Germanium[Ar]3d104s2p2
Oxidation States Electroneg.
4 2.01Atomic Radius Ionic Radius
123 (+4)53Electron Affinity 1st Ion. Pot.
1.23 7.90
ALKALI METALS
AC
TIN
IDE
SE
RIE
SL
AN
TH
AN
IDE
SE
RIE
S
Atomic Number: number of protons
Atomic Weight: weighted average of atomic masses of natural isotopes- mass number of the most stable isotope for each radioactive element
BarCharts, Inc.® WORLD’S #1 ACADEMIC OUTLINE1
2
3 4 5 6 7 8 9 11 1210
13 14 15 16 17
18
ALKALINE EARTHMETALS
HALOGENS
Electronegativity:Pauling scale; measures ability of atom to attract electrons in a chemical bond
Atomic Radius:given in “pm”; 1 pm = 1x10-12m
Ionic Radius:given in “pm”; 1 pm = 1x10-12m
Electron Affinity:energy released in the formation of an anion: given in “eV”
1st Ionization Potential:energy required to remove one electron,forming a cation; given in “eV”
$4.95 U.S. / $7.50 CANREFERENCE: CRC Handbook of Chemistryand Physics • 81st edition, 2000-2001CONTENT ADVISOR: Mark Jackson, PhDChemistry Professor - Florida Atlantic UniversityDESIGN / LAYOUT: John Ford, CEO -
Customer Hotline # 1.800.230.9522March 2005
ISBN 142320003-9
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H2gas
Libcc
Behex
Mghex
Cafcc
Schex
Tihex
Vbcc
Crbcc
Mnbcc
Febcc
Cohex
Nifcc
Cufcc
Znhex
Gaortho
Gefcc
Asrhom
Sehex
Br2liquid
Krgas
Alfcc
Sifcc
Pcubic
Sortho
Cl2gas
Argas
Brhom
Chex
N2gas
O2gas
F2gas
Negas
Hegas
Yhex
Zrhex
Nbbcc
Mobcc
Tchex
Ruhex
Rhfcc
Pdfcc
Agfcc
Cdhex
Intetra
Sntetra
Sbrhom
Tehex
I2ortho
Xegas
Lahex
Hfhex
Tabcc
Wbcc
Rehex
Oshex
Irfcc
Ptfcc
Aufcc
Hgliquid
Tlhex
Pbfcc
Birhom
Pocubic
At–
Rngas
Cefcc
Prhex
Ndhex
Pmhex
Smrhom
Eubcc
Gdhex
Tbhex
Dyhex
Hohex
Erhex
Tmhex
Ybfcc
Luhex
Thfcc
Patetra
Uortho
Nportho
Pumono
Amhex
Cmhex
Bkhex
Cfhex
Eshex
Fm–
Md–
No–
Lr–
Srfcc
Babcc
Rabcc
Acfcc
Nabcc
Kbcc
Rbbcc
Csbcc
Fr–
H2.089*
Li0.53
Be1.85
Mg1.74
Ca1.54
Sc2.99
Ti4.51
V6.0
Cr7.15
Mn7.3
Fe7.87
Co8.86
Ni8.90
Cu8.96
Zn7.14
Ga5.91
Ge5.32
As5.72
Se4.80
Br23.12
Kr*3.73
Al2.70
Si2.33
P1.82
S2.07
Cl2*3.21
Ar*1.78
B2.34
C2.26
N2*1.25
O2*1.43
F2*1.70
Ne*.90
He*.179
Y4.47
Zr6.52
Nb8.57
Mo10.2
Tc11
Ru12.1
Rh12.4
Pd12.0
Ag10.5
Cd8.69
In7.31
Sn7.26
Sb6.68
Te6.24
I24.92
Xe*5.89
La6.15
Hf13.3
Ta16.4
W19.3
Re20.8
Os22.6
Ir22.5
Pt21.5
Au19.3
Hg13.53
Tl11.8
Pb11.3
Bi9.79
Po9.2
At–
Rn*9.73
Ce6.77
Pr6.77
Nd7.01
Pm7.26
Sm7.52
Eu5.24
Gd7.90
Tb8.23
Dy8.55
Ho8.80
Er9.07
Tm9.32
Yb6.90
Lu9.84
Th11.7
Pa15.4
U19.1
Np20.2
Pu19.7
Am13.6
Cm13.5
Bk14.8
Cf–
Es–
Fm–
Md–
No–
Lr–
Sr2.64
Ba3.62
Ra5.0
Ac10.0
Na0.97
K0.89
Rb1.53
Cs1.93
Fr–
H2-253
Li1342
Be2471
Mg1090
Ca1484
Sc2836
Ti3287
V3407
Cr2671
Mn2061
Fe2861
Co2927
Ni2913
Cu2562
Zn907
Ga2204
Ge2833
As603sp
Se685
Br259
Kr-153
Al2519
Si3265
P280
S445
Cl2-34
Ar-186
B4000
C3825sp
N2-196
O2-183
F2-188
Ne-246
He-269
Y3345
Zr4409
Nb4744
Mo4639
Tc4265
Ru4150
Rh3695
Pd2963
Ag2162
Cd767
In2072
Sn2602
Sb1587
Te988
I2184
Xe-108
La3464
Hf4603
Ta5458
W5555
Re5596
Os5012
Ir4428
Pt3825
Au2856
Hg357
Tl1473
Pb1749
Bi1564
Po962
At–
Rn-62
Ce3443
Pr3520
Nd3074
Pm3000
Sm1794
Eu1529
Gd3273
Tb3230
Dy2567
Ho2700
Er2868
Tm1950
Yb1196
Lu3402
Th4788
Pa–
U4131
Np–
Pu3228
Am2011
Cm3100
Bk–
Cf–
Es–
Fm–
Md–
No–
Lr–
Sr1382
Ba1897
Ra–
Ac3198
Na883
K759
Rb688
Cs671
Fr–
H2-259
Li181
Be1287
Mg650
Ca842
Sc1541
Ti1668
V1910
Cr1907
Mn1246
Fe1538
Co1495
Ni1455
Cu1085
Zn420
Ga30
Ge939
As817tp
Se221
Br2-7
Kr-157tp
Al660
Si1414
P44
S120
Cl2-102
Ar-189
B2075
C4492tp
N2-210
O2-219
F2-220tp
Ne-249
He–
Y1522
Zr1855
Nb2477
Mo2623
Tc2157
Ru2334
Rh1964
Pd1555
Ag962
Cd321
In157
Sn232
Sb631
Te450
I2114
Xe-112tp
La918
Hf2233
Ta3017
W3422
Re3186
Os3033
Ir2446
Pt1768
Au1064
Hg-39
Tl304
Pb328
Bi271
Po254
At302
Rn-71
Ce798
Pr931
Nd1021
Pm1042
Sm1074
Eu822
Gd1313
Tb1356
Dy1412
Ho1474
Er1529
Tm1545
Yb819
Lu1663
Th1750
Pa1572
U1135
Np644
Pu640
Am1176
Cm1345
Bk1050
Cf900
Es860
Fm1527
Md827
No827
Lr1627
Sr777
Ba727
Ra700
Ac1051
Na98
K64
Rb39
Cs28
Fr27
H20.002
Li0.85
Be2.00
Mg1.56
Ca2.01
Sc0.16
Ti0.22
V0.31
Cr0.94
Mn0.08
Fe0.80
Co1.00
Ni0.91
Cu4.01
Zn1.16
Ga0.41
Ge0.60
As0.50
Se0.02
Br20.001
Kr<0.001
Al2.37
Si1.49
P0.002
S0.003
Cl2<0.001
Ar<0.001
B0.27
C1.96
N2<0.001
O20.003
F2<0.001
Ne<0.001
He0.002
Y0.17
Zr0.23
Nb0.54
Mo1.38
Tc0.51
Ru1.17
Rh1.50
Pd0.72
Ag4.29
Cd0.97
In0.82
Sn0.67
Sb0.24
Te0.03
I20.004
Xe<0.001
La0.13
Hf0.23
Ta0.58
W1.74
Re0.48
Os0.88
Ir1.47
Pt0.72
Au3.17
Hg0.08
Tl0.46
Pb0.35
Bi0.08
Po0.20
At0.02
Rn<0.001
Ce0.11
Pr0.13
Nd0.17
Pm0.15
Sm0.13
Eu0.14
Gd0.10
Tb0.11
Dy0.11
Ho0.16
Er0.15
Tm0.17
Yb0.39
Lu0.16
Th0.54
Pa–
U0.28
Np0.06
Pu0.07
Am–
Cm–
Bk–
Cf–
Es–
Fm–
Md–
No–
Lr–
Sr0.35
Ba0.18
Ra–
Ac–
Na1.41
K1.03
Rb0.58
Cs0.36
Fr–
H1400
Li20
Be2.8
Mg23300
Ca41500
Sc22
Ti5650
V120
Cr102
Mn950
Fe56300
Co25
Ni84
Cu60
Zn70
Ga19
Ge1.5
As1.8
Se0.05
Br2.4
Kr<0.001
Al82300
Si282000
P1050
S350
Cl145
Ar3.5
B10
C200
N19
O461000
F585
Ne0.005
He0.008
Y33
Zr165
Nb20
Mo1.2
Tcsynthetic
Ru0.001
Rh0.001
Pd0.015
Ag0.075
Cd0.15
In0.25
Sn2.3
Sb0.2
Te0.001
I0.45
Xe<0.001
La39
Hf3
Ta2
W1.3
Re<0.001
Os0.002
Ir0.001
Pt0.005
Au0.004
Hg0.085
Tl0.85
Pb14
Bi0.009
Po<0.001
At<0.001
Rn<0.001
Ce66.5
Pr9.2
Nd41.5
Pm<0.001
Sm7.05
Eu2.0
Gd6.2
Tb1.2
Dy5.2
Ho1.3
Er3.5
Tm0.52
Yb3.2
Lu0.8
Th9.6
Pa<0.001
U2.7
Npsynthetic
Pusynthetic
Amsynthetic
Cmsynthetic
Bksynthetic
Cfsynthetic
Essynthetic
Fmsynthetic
Mdsynthetic
Nosynthetic
Lrsynthetic
Sr370
Ba425
Ra<0.001
Ac<0.001
Na23600
K20900
Rb90
Cs3
Fr<0.001
H20.90
Li134.7
Be308.8
Mg128.7
Ca150.0
Sc305.0
Ti429.0
V458.6
Cr348.8
Mn219.7
Fe351.0
Co382.4
Ni371.8
Cu304.6
Zn115.5
Ga254.0
Ge334.0
As31.9
Se95.48
Br229.96
Kr9.08
Al294.0
Si383.0
P12.40
S45.0
Cl220.41
Ar6.43
B480.0
C711.0
N25.57
O26.82
F26.62
Ne1.71
He0.08
Y393.0
Zr581.6
Nb696.6
Mo594.1
Tc585.0
Ru567.8
Rh495.4
Pd393.0
Ag255.1
Cd99.87
In226.4
Sn290.4
Sb67.9
Te114.1
I241.57
Xe12.57
La399.6
Hf661.1
Ta753.1
W799.1
Re707.1
Os627.6
Ir563.6
Pt510.5
Au324.0
Hg59.11
Tl162.1
Pb179.5
Bi151.0
Po101.0
At–
Rn18.1
Ce314.0
Pr333.0
Nd284.0
Pm–
Sm192.0
Eu176.0
Gd312.0
Tb391.0
Dy293.0
Ho251.0
Er293.0
Tm247.0
Yb159.0
Lu428.0
Th543.9
Pa481.0
U423.0
Np337.0
Pu344.0
Am–
Cm387.0
Bk310.0
Cf196.0
Es133.0
Fm–
Md–
No–
Lr–
Sr139.0
Ba140.0
Ra136.8
Ac418.0
Na89.04
K77.5
Rb69.2
Cs65.9
Fr–
H20.12
Li3.00
Be7.9
Mg8.48
Ca8.54
Sc14.10
Ti14.15
V21.5
Cr21.0
Mn12.91
Fe13.81
Co16.2
Ni17.48
Cu13.26
Zn7.32
Ga5.59
Ge36.94
As24.44
Se6.69
Br210.57
Kr1.64
Al10.71
Si50.21
P0.66
S1.72
Cl26.4
Ar1.18
B50.2
C117
N20.71
O20.44
F20.51
Ne0.33
He–
Y11.4
Zr21.0
Nb30.0
Mo37.48
Tc33.29
Ru38.59
Rh26.59
Pd16.74
Ag11.30
Cd6.19
In3.28
Sn7.03
Sb19.87
Te17.49
I215.52
Xe2.27
La6.20
Hf27.2
Ta36.57
W52.31
Re60.43
Os57.85
Ir41.12
Pt22.17
Au12.55
Hg2.29
Tl4.14
Pb4.77
Bi11.3
Po–
At–
Rn2.89
Ce5.46
Pr6.89
Nd7.14
Pm7.7
Sm8.62
Eu9.21
Gd10.0
Tb10.15
Dy11.06
Ho17.0
Er19.9
Tm16.84
Yb7.66
Lu22.0
Th13.81
Pa12.34
U9.14
Np3.20
Pu2.82
Am14.39
Cm15.0
Bk–
Cf–
Es–
Fm–
Md–
No–
Lr–
Sr7.43
Ba7.12
Ra7.15
Ac14.2
Na2.60
K2.33
Rb2.19
Cs2.09
Fr–
H214.30
Li3.58
Be1.83
Mg1.02
Ca0.65
Sc0.57
Ti0.52
V0.49
Cr0.45
Mn0.48
Fe0.45
Co0.42
Ni0.44
Cu0.39
Zn0.39
Ga0.37
Ge0.32
As0.33
Se0.32
Br20.23
Kr0.25
Al0.90
Si0.71
P0.77
S0.71
Cl20.48
Ar0.52
B1.03
C0.71
N21.04
O20.92
F20.82
Ne1.03
He5.19
Y0.30
Zr0.28
Nb0.27
Mo0.25
Tc–
Ru0.24
Rh0.24
Pd0.25
Ag0.24
Cd0.23
In0.23
Sn0.23
Sb0.21
Te0.20
I20.15
Xe0.16
La0.20
Hf0.14
Ta0.14
W0.13
Re0.14
Os0.13
Ir0.13
Pt0.13
Au0.13
Hg0.14
Tl0.13
Pb0.13
Bi0.12
Po–
At–
Rn0.09
Ce0.19
Pr0.19
Nd0.19
Pm–
Sm0.20
Eu0.18
Gd0.24
Tb0.18
Dy0.17
Ho0.17
Er0.17
Tm0.16
Yb0.16
Lu0.15
Th0.11
Pa–
U0.12
Np–
Pu–
Am–
Cm–
Bk–
Cf–
Es–
Fm–
Md–
No–
Lr–
Sr0.30
Ba0.20
Ra–
Ac0.12
Na1.23
K0.76
Rb0.36
Cs0.24
Fr–
NATURAL FORMsolid - for solid, most stable crystal form
liquidgas
mg of element per kg of crust
ELEMENTAL ABUNDANCE IN THE EARTH’S CRUST
Solid, liquid: g/cm3 (20°C and 1atm)gas: g/liter (0°C and 1atm)
DENSITY
°C and 1atm; Liquid ↔ Gassp = sublimation point
BOILING POINT
°C and 1atm; Solid ↔ Liquidtp = triple point
MELTING POINT
W/(cm K) (at 25°C and 1atm, W = watt)
THERMAL CONDUCTIVITY
kJ/moleLiquid ➜ Gas ∆Hvap at boiling point
ENTHALPY OF VAPORIZATION
kJ/moleSolid ➜ Liquid ∆Hfus at Melting point
ENTHALPY OF FUSION
J/(g K) (at 25°C and 1atm)
SPECIFIC HEAT CAPACITY
1 Alkali metals; compounds with M(1+) valencesCs Cesium Rb Rubidium K Potassium Na Sodium Li Lithium
E - Photoelectric cells E - Photoelectric cells C - Fertilizer, glass, lenses E - Street lights A - Nuclear reactor A - Lubricant additive, alloys used in spaceE - Atomic clocks, infrared lamps E - Vacuum tubes, heart research C - Matches, gunpowder, salt substitute coolant, batteries C - Salt, soda, glass C - Glass & pharmaceuticals
13 Metal; compounds and ligand complexes: M(1+...3+) Tl Thallium In Indium Ga Gallium Al Aluminum
E - Solar cells, mirrorsE - Thermometer filling A - Regulator in nuclear power E - Quartz thermometers E - Window frames, doorknobs, tubeC - Insecticides, infrared detectors C - Photo cells, transistors C - Computer memory, transistors laser E - Cable, foil, fireworks, flashbulbsC - Heart muscle research C - Blood and lung research C - Laser diodes, used to locate tumors A - Cars, rockets, planes
2 Alkaline earth metals; compounds with M(2+) valencesBa Barium Sr Strontium Ca Calcium Mg Magnesium Be Beryllium
A - Sparkplugs, vacuum tubes C - Nuclear batteries in bouys E - Metallurgy A- Cable insulation, batteries E - Flashbulbs A-Airplanes, racing bikes E - X-ray tube windowsC - Fireworks, flourescent lamps V - Fireworks, phosphorescent paint C - Fertilizer, concrete, plaster of Paris C - Fireplace bricks, pigments, fillers A - Watch springs, sparkfree tools
3 Metal; compounds and ligand complexes M(3+)
2La Lanthanum Y Yttrium Sc Scandium
C - Color TV screens, radar, lasers E - Leak detectors, A - Space industryC - Camera lenses, fireproof bricks materials C - Seed germinating agents
4 Metal; compounds: M(2+...4+); ligand complexes: M(1-,0,1+)Hf Hafnium Zr Zirconium Ti Titanium titanate TiO4(4-)
E - Nuclear submarines E - Nuclear fuel rods, catalytic convertersE - Controls nuclear reactors A - Percussion caps E - Heat exchanger A - Airplane motorsE - Gas scavenger in vacuum tubes C - Furnace bricks A - Bone pins C - Pigments for paint/paper
metatitanate TiO3(2-)
5 Metal; compounds: M(2+...5+); ligand complexes: M(1-,0,1+)Ta Tantalum Nb Niobium V Vanadium
E - CondensersA - Weights, cutting tools A - Cutting tools, pipelines E - Construction materials, toolsE - Vacuum tube filaments A - Super magnets, welding rods E - Springs, jet engines
vanadate VO4(3-)
6 Metal; compounds: M(2+...6+); ligand complexes: M(2-...1+)W Tungsten Mo Molybdenum Cr Chromium
E - Lamp filaments, TV, welding electrodes E - Plating for car partsA - Rocket nozzles E - Filament in electric heaters A - Tools, knives C - Camouflage paintC - Cutting & boring tools A - Rocket motors C - Lubricant C - Stereo, video tape, lasers
chromate CrO4(2-)dichromate Cr2O7(2-)
molybdate MoO3, MoO4(2-)dimolybdate Mo2O7(2-)Mo-cyanate Mo-CN8(4-)
tungstate WO4(2-)
7 Metal; compounds: M(1+...7+); ligand complexes: M(3-...1+)Re Rhenium Tc Technetium Mn Manganese
A - Oven filaments, electrodes, jewelry E - Radiation source for medical A - Tools, axles, steel for rail switchesA - Plating, thermocouples research C - Safes, plows, batteries
permanganate MnO4(1-)synthetictungstate WO4(2-)
8 Metal; compounds: M(1+...8+); ligand complexes: M(2-...1+)Os Osmium Ru Ruthenium Fe Iron
E - Eye treatment, thickness meters A - Fountain pen points, compass for egg shells A - Bikes,cars, bridges, magnets, machinesneedles, clock bearings, decorations A - Fountain pen point, electrical contacts C - Nails, tools, tin cans
Fe-cyanate Fe(CN)6(3-and4-)ferrate FeO4(2-)
9 Metal; compounds: M(2+...6+); ligand complexes: M(2-...1+)Ir Iridium Rh Rhodium Co Cobalt
E - Cancer irradiation E - Headlight reflectors, telephone A - Hypodermic needles, helicopter spark E - Relays, fountain pen points E -Gamma radiation A- Permanent magnet
plugs, standard one-meter bar A - Airplane spark plugs A - Razor blades C - Catalytic converter
cobaltate CoO4(4- 3-)Co-cyanate Co(CN)6 (3- and 4-)
rhenate ReO4(1-)
10 Metal; compounds: M(1+...6+); ligand complexes: M(1-,0,1+)Pt Platinum Pd Palladium Ni Nickel
E - Crucibles, nitric acid production E - Catalytic converters, hydrogen E - Coins A-Knives, forks, spoonsA - Dental crowns C - Anti-tumor agent seperation A - Dental crowns, tel. relays E - White gold C-Rechargeable batteries
11 Metal; compounds: M(1+...3+); ligand complexes: M(1-,0,1+)Au Gold Ag Silver Cu Copper
E - Precious metal A - Jewelry E - Mirror, batteries; A - Silverware E - Cable, wire A - Pennies, bells A - Electrical contacts, dental crowns C - Photograph film and paper A - Bronze sculpture, Statue of Liberty
12 Metal; compounds and ligand complexes: M(2+)Hg Mercury Cd Cadmium Zn Zinc
E - Barometers,thermometers, street E - Rechargeable batteries A- Nuclear E - Anti-corrosion coating, batteries lights A -Dental fillings C -Seed protection reactor regulator C -Red/yellow pigments A-Water/gas valves C - White rubber pigment
Hg2(2+)
B Boron metalloid
C - Tennis rackets, regulator in nuclear plants, heat resist-ant glass, eye disinfectant
14 Metal; compounds and ligand complexes: M(2+,4+) Pb Lead metal Sn Tin metal Ge Germanium metalloid Si Silicon metalloid
E - Radiation protectionA - Batteries, roof coverings, solders A - Cups, plates, coins, organ pipes E - Infrared prisms, reflector in projectors E - Microchips, solar cells C - ToolsA - Ammunition C - Gas additives C - Opalescent glass, enamel E - Wide angle lenses A - Dentistry C - Quartz, cement, glass, grease, oils
C Carbon
E - Pencils, diamonds, steel, controls nuclear reactionE - Tire colorantC - Plastics, life
15 Solid; compounds: M(3+,5+,3-) Bi Bismuth Sb Antimony As Arsenic P Phosphorus
E - Shotgun pelletsE - Catalyst in rubber production A - Metal for mirrorsA - Fuses, sprinklers A - Solder, bearings, lead batteries C - Glass, lasers E - Fireworks, matches C - PesticidesC - Glass, ceramics C - Mascara, infrared detectors C - Light-emmiting diodes=LED C - Fertilizer, detergents, toothpaste
N Nitrogen
E - Cryogenic surgery, liquid coolant, ammonia productionC - Rocket fuel
16 Solid; compounds: M(2+,4+,6+,2-) Po Polonium metal Te Tellurium metalloid Se Selenium S Sulfur solid
E - Vulcanization of rubber, percussionE - Nuclear batteries, neutron source caps, battery plate protector E - Light meters, copy machines, solar cells E - Matches, fireworks, batteries, vulcanization of rubberE - Antistatic agents, film cleaner A - Electric resistors C - Anti-dandruff shampoo C - Permanent wave lotion
O Oxygen o(2-,1-)
E - Combustion, steel productionE - Water purificationC - Sand, water, cement
17 Halogens, X2, compounds: M(1-), Halide (1-), Acid=HXAt Astinate metalloid I Iodine Br Bromine Cl Chlorine
E - Disinfectant, halogen lamps C - Photographic film, tear gas E - Water purificationE, A, C - Seldom found in nature C - Ink pigments, salt additive C - fire retardants, disinfectant C - Bleach, hydrochloric acid, PVC plastics, stain removers
F Fluorine
C - Toothpaste additives, teflonC - Uranium enrichmentC - Refrigerator coolants
18 Noble Gases; not reactive; unstable low temperature complexes Rn Radon Xe Xenon Kr Krypton Ar Argon Ne Neon He Helium
E- Earthquake prediction, health threat in E - UV lamps, sun lamps, electronic E - Flourescent bulbs, flashbulbs E - Light bulbs, gas discharge tubes lasers E - Neon lights, fog lamps, TV tubes E - Diving bell atmosphere, leak detectorshomes built on granite flashes, projection lamps, paint testers E - UV lasers, wavelength standard E - Geiger counters, welding blanket gas E - Lasers, voltage detectors E - Nuclear power plant coolant
B(2+,3+,3-)compounds: borates (BO4, BO3)tetraborates B4O7(2-), boranes, borides
C(2+,4+,4-) carbonate CO3(2-)bicarbonate HCO3(1-), acetate C2H3O2(1-)oxalate C2O4(2-), carbides (4-)
N(3-...5+); ammonium NH4(1+)cyanide CN(1-) nitrate NO3(1-)nitrite NO2(1-) nitride N(3-) oxides - NOxazide N3(1-) diimide N2(2-) amide NH2(1-)acid: nitric HNO3 nitrous HNO2
hydroxy stannate Sn(OH)6(-2) germanate GeO2(2-) GeO3(2-) silicates SiO4(-4) silanes (Si-hydrides) Si(4-) silicides silicicacid H4SiO4
arsenide (3-) phosphide (3-)phosphate (PO4(-3)phosphoric acid H3PO4
tellurate TeO4(2-) Selenides Se(2-)selenate SeO4(2)acids of SeOx
sulfide S(2-) sulfate SO4(2-) sulfite SO3(2-)thiosulfate S2O3(2-) thio...(S added or subst. for an O)acids: sulfuric H2SO4, sulfurous H2SO3
ozone O3 oxide (2-)peroxide O2(2-)hydroxide OH(1-)
acid: Hl, iodide(1-)iodate IO3(1-)periodate IO4(1-)
acid: HBrbromides Br(1-)bromate BrO3(1-)
chloride Cl(1-) chlorate ClO3(1-)chlorite ClO2(1-) hypochlorite ClO(1-)perchlorate ClO4(1-) acid: hydrochloric HCl,perchloric HClO4, chloric HClO3
fluoride(1-) acid: HFhydrofluoric, oxyfluorides-halofluorides
Forms compoundswith F
F2 gas
O2 gas
N2 gas
Cl2 gasBr2 liquidI2 solid
E - Balloons, blimps, lasers
MAJOR NATURAL ISOTOPESWITH % OF OCCURRENCE
Isotopes have the same number of protons, but different numbers of neutrons.
Isotopes not listed are radioactive or synthetic.
H1 - 99.98%2 - 0.02%
He4 - ~100%
Li6 - 7.5%7 - 92.5%
Be9 - 100%
B10 - 19.9%11 - 80.1%
C12 - 98.9%13 - 1.1%
N14 - 99.63%15 - 0.37%
O16 - 99.8%18 - 0.2%
F19 - 100%
Ne20 - 90.5%21 - 0.3%22 - 9.3%
Na23 - 100%
Mg24 - 79.0%25 - 10.0%26 - 11.0%
Al27 - 100%
Si28 - 92.2%29 - 4.7%30 - 3.1%
P31 - 100%
S32 - 95.0%33 - 0.8%34 - 4.2%
Cl35 - 75.8%37 - 24.2%
Ar36 - 0.3%40 - 99.6%
K39 - 93.3%41 - 6.7%
Ca40 - 96.9%42 - 0.7%44 - 2.1%
Sc45 - 100%
Ti46 - 8.0%47 - 7.3%48 - 73.8%49 - 5.5%50 - 5.4%
V50 - 0.3%51 - 99.7%
Cr50 - 4.4%52 - 83.8%53 - 9.5%54 - 2.4%
Mn55 - 100%
Fe54 - 5.9%56 - 91.7%57 - 2.1%
Co59 - 100%
Ni58 - 68.1%60 - 26.2%61 - 1.1%62 - 3.6%64 - 0.9%
Cu63 - 69.2%65 - 30.8%
Zn64 - 48.6%66 - 27.9%67 - 4.1%68 - 18.8%
Ga69 - 60.1%71 - 39.9%
Ge70 - 21.2%72 - 27.7%73 - 7.7%74 - 35.9%78 - 7.4%
As75 - 100%
Se74 - 0.9%76 - 9.4%77 - 7.6%78 - 23.8%80 - 49.6%82 - 8.7%
Br79 - 50.7%81 - 49.3%
Kr80 - 2.3%82 - 11.6%83 - 11.5%84 - 57.0%86 - 17.3%
Rb85 - 72.2%87 - 27.8%
Sr86 - 9.9%87 - 7.0%88 - 82.6%
Y89 - 100%
Zr90 - 51.5%91 - 11.2%92 - 17.2%94 - 17.4%96 - 2.8%
Nb93 - 100%
Mo92 - 14.8%94 - 9.3%95 - 15.9%96 - 16.7%97 - 9.6%98 - 24.1%100 - 9.6%
Tc93 - synthetic
Ru96 - 5.5%98 - 1.9%99 - 12.7%100 - 12.6%101 - 17.1%102 - 31.6%104 - 18.6%
Rh103 - 100%
Pd102 - 1.02%104 - 11.1%105 - 22.3%106 - 27.3%108 - 26.5%110 - 11.7%
Ag107 - 51.8%109 - 48.2%
Cd106 - 0.9%108 - 0.9%110 - 12.5%111 - 12.8%112 - 24.1%113 - 12.2%114 - 28.7%116 - 7.5%
In113 - 4.3%115 - 95.7%
Sn112 - 1.0%116 - 14.5%117 - 7.7%118 - 24.2%119 - 8.6%120 - 32.6%122 - 4.6%124 - 5.8%
Sb121 - 57.4%123 - 42.6%
Te122 - 2.6%123 - 0.9%124 - 4.8%125 - 7.1%126 - 18.9%128 - 31.7%130 - 33.9%
I127 - 100%
Xe128 - 1.9%129 - 26.4%130 - 4.1%131 - 21.2%132 - 26.9%134 - 10.4%136 - 8.9%
Cs133 - 100%
Ba134 - 2.4%135 - 6.6%136 - 7.9%137 - 11.2%138 - 71.7%
La138 - 0.1%139 - 99.9%
Ce140 - 88.4%142 - 11.1%
Pr141 - 100%
Nd142 - 27.1%143 - 12.2%144 - 23.8%145 - 8.3%146 - 17.2%148 - 5.8%150 - 5.6%
Pm145 - synthetic
Sm144 - 3.1%147 - 15.0%148 - 11.3%149 - 13.8%150 - 7.4%152 - 26.7%154 - 22.7%
Eu151 - 47.8%153 - 52.2%
Gd154 - 2.2%155 - 14.8%156 - 20.5%157 - 15.7%158 - 24.8%160 - 21.9%
Tb159 - 100%
Dy160 - 2.3%161 - 18.9%162 - 25.5%163 - 24.9%164 - 28.2%
Ho165 - 100%
Er164 - 1.6%166 - 33.6%167 - 23.0%168 - 26.8%170 - 14.9%
Tm169 - 100%
Yb170 - 3.1%171 - 14.3%172 - 21.9%173 - 16.1%174 - 31.8%176 - 12.7%
Lu175 - 97.4%176 - 2.6%
Hf176 - 5.2%177 - 18.6%178 - 27.3%179 - 13.6%180 - 35.1%
Ta180 - 0.01%181 - 99.99%
W182 - 26.3%183 - 14.3%184 - 30.7%186 - 28.6%
Re185 - 37.4%187 - 62.6%
Os186 - 1.6%187 - 1.6%188 - 13.3%189 - 16.1%190 - 26.4%192 - 41.0%
Ir191 - 37.3%193 - 62.7%
Pt194 - 32.9%195 - 33.8%196 - 25.3%198 - 7.2%
Au197 - 100%
Hg198 - 10.0%199 - 16.9%200 - 23.1%201 - 13.2%202 - 29.9%204 - 6.9%
Tl203 - 29.5%205 - 70.5%
Pb204 - 1.4%206 - 24.1%207 - 22.1%208 - 52.4%
Bi209 - 100%
Po209 - 100%
At210 - 100%
Rn222 - 100%
Fr223 - 100%
Ra226 - 100%
Ac227 - 100%
Th232 - 100%
Pa231 - 100%
U235 - 0.7%238 - 99.3%
H Hydrogen
E - Rocket fuel, hydrogenation of fatsE - Petroleum desulfurization, H2O, ammonia
H(1+) compounds,acids: metal hydrides H(1-)
H2
M = Generic symbol for element in compound; E = Element raw material form; A = Alloy, blend or mixture; C = Compound; Bold = Most Important Use
E - Pacemaker Batteries
cubic = SIMPLE CUBIC, bcc = BODY CENTERED CUBIC fcc = FACE CENTERED CUBIC;hex = HEXAGONAL; ortho = ORTHOHOMBIC; rhom = RHOMBOHEDRAL;
tetra = TETRAGONAL mono = MONOCLINIC; – = unknown
Elements >#92 aresynthetic and radioactive
References: CRC; The Elements, 3rd ed., J. Emsley, 1998
1. Oxygen2. Silicon3. Aluminum4. Iron5. Calcium6. Sodium7. Magnesium8. Potassium9. Titanium10. Hydrogen