rmp important instructions: vutigl ;}rgfvm o · 2017-05-02 · test booklet code no.: 5zl1ff...

$: RMP Important Instructions: VUtIGL ;}RGFVM o · 2017-05-02 · Test Booklet Code No.: 5ZL1FF 5]l:TSF SM0 This booklet contains 48 printed pages. VF 5]l:TSFDF\ 𝟒𝟖 5FGF D]lãT$
Test Booklet Code No

5ZL1FF 5]lTSF SM0 This booklet contains 48 printed pages

VF 5]lTSFDF 120786120790 5FGF D]latildeT K[P

Do not open this Test Booklet until you are asked to do so VF 5|`G 5]lTSFG[ BMJF AFAT RGF DIF ]WL G BMJLP

Read carefully the Instructions on the Back Cover of this Test Booklet VF 5ZL1FF 5]lTSFGF 5FKF VFJZ6 5Z VF5[ RGFVMG[ wIFGYL JFRMP

Important Instructions VUtIGL RGFVM o

1 The Answer Sheet is inside this Test Booklet When you are

directed to open the Test Booklet take out the Answer Sheet

and fill in the particulars on side-1 and side-2 carefully with

blue black ball point pen only

1 pTZJlC VF 5lZ1FF5]lTSFGL VNZ K[P HIFZ[ VF5G[ 5lZ1FF 5]lTSF

BMJFG] SC[JFDF VFJ[4 tIFZ[ piquestZ 5+ lGSFL 5[Hv1 VG[ 5[Hv2 5ZGL

lJUTM OST JFNL q SFL AM 5Mg8 5[GYL FJWFGL FY[ EZMP

2 The test is of 3 hours duration and Test Booklet contains 180

questions Each question carries 4 marks For each correct

response the candidate will get 4 marks For each incorrect

response one mark will be deducted from the total scores The

maximum marks are 720

2 5lZ1FFGM UFM 3 SFSGM K[ VG[ VF 5]lTSFDF 180 5| GM K[P 5|tI[S

5| G 4 DFSGM K[P 5|tI[S FRF HJFA DF8[ 5lZ1FFYLG[ 4 DFS VF5JFDF

VFJX[P 5|tI[S BM8F HJFA DF8[ S] DFSDFYL 1 DFS VMKM SZJFDF

VFJX[P DCiquestD DFS 720 K[P

3 Use Blue Black Ball Point Pen only for writing particulars on

this page marking responses

3 VF 5FG 5Z BF6 BTL JBT[ S[ lGXFGL SZTL JBT[ OST JFNLqSFL

AM 5Mg8 5[GGM 5|IMU SZMP

4 Rough work is to be done on the space provided for this

purpose in the Test Booklet only

4 ZO SFI VF 5]lTSFDF VF5[ lGWFlZT YFGDF H SZMP

5 One completion of the test the candidate must hand over the

Answer Sheet to the Invigilator in the Room Hall The

candidates are allowed to take away this Test Booklet with

them

5 5lZ1FF 5gG YFI tIFZ[4 5lZ1FFYL ~D q CM KM0TF 5C[F pTZJlC

JUvlGlZ1FSG[ VJxI 5FKL VF5[4 5lZ1FFYL 5MTFGL FY[ 5|`Gv5]lTSF

H XS[ K[P

6 The CODE for this Booklet A Make sure that the CODE

printed on Side-2 of the Answer sheet is the same as that on

this booklet In case of discrepancy the candidate should

immediately report the matter to the Invigilator for

replacement of both the Test Booklet and the Answer Sheet

6 VF 5]lTSFGM SM 119860 K[P V[ BFTZL SZLM S[ VF 5]lTSFGM SM04

pTZ5+GF 5FGv2 5Z KF5[ SM0 FY[ D[ BFI K[P HM VF VU CMI

TM 5lZ1FFYL ALOgrave 5lZ1FF 5]lTSF VG[ pTZv5+ [JF lGlZ1FSG[ T]ZT Ocirc6

SZ[P

7 The candidates should ensure that the Answer Sheet is not

folded Do not make any stray marks on the Answer Sheet Do

not write your roll no anywhere else except in the specified

space in the Test Booklet Answer Sheet

7 5lZ1FFYLV[ ]lGl`RT SZ[ S[ VF pTZv5+G[ G JF[ S[ T[GF 5Z SM

lGXFG G SZ[P 5lZ1FFYL 5MTFGM VG]EcircD 5|`Gv5]lTSF q pTZ5+DF

lGWFZLT YFG lJFI VgI+ SIFI G BMP

8 Use of white fluid for correction is NOT permissible on the

Answer Sheet

8 pTZ5+DF SM56 5|SFZGF ]WFZF DF8[ jCF8vgSGM p5IMU SZJFGL

VG]DlT GYLP

In case of any ambiguity in translation of any question English version shall be treated as final 5| GMGF VG]JFNDF SM V5Q8TFGL lYlTDF4 VU|[Ograve SZ6G[ H VlTD DFGJFDF VFJX[P

Name of the Candidate (in Capital) __________________________________________________________

5ZL1FFYLG] GFD sDM8F V1FZMDFf o

Roll Number in figures __________________________________________________________________

VG]EcircDFS o VSMDF

in words __________________________________________________________________

o XaNMDF

Center of Examination (in Capital) __________________________________________________________

5ZL1FF S[gatilde sDM8F V1FZMDFf o

Candidatersquos Signature ________________________ Invigilatorrsquos Signature _________________

5ZL1FFYLGL CL o lGZL1FSGL CL

Fascimile Signature stamp of

Center Superintendent ___________________________________________________________________

A

[ Rough Page ]

Physics

3 | P a g e [ Rough Space ]

1 GLR[GFDFYL S HM0 VFNX 5lZDF6M WZFJTL

GYLP (a) SM6LI J[UDFG VG[ 5FgSGM VRFS (b) AGM VF3FT VG[ J[UDFG (c) H0tJGL RFSDF+F VG[ AGL RFSDF+F (d) SFI VG[ 8MS

1 Out of the following pairs which one does not have identical dimensions

(a) Angular momentum and Planckrsquos constant

(b) Impulse and momentum (c) Moment of inertia and moment of a

force (d) Work and torque

2 V[S EcircU[H J0[ V[S TFZGM jIF DF5TF D[G

S[G] JFRG0 119898119898 VG[ JT]FSFZ S[G] DF5G

52 SF5F D[ K[P D[G S[GM 1 119898119898 V[

JT]FSFZ S[GF100 SF5F AZFAZ K[P TM TFZGM

jIF = PPPPPPPPPP 119888119898 (a) 0052 cm (b) 0026 cm (c) 0005 cm (d) 052 cm

2 A screw gauge gives the following reading when used to measure the diameter of a wire Main scale reading 0 mm Circular scale reading 52 divisions Given that 1 mm on main scale corresponds to 100 divisions of the circular scale The diameter of wire from the above data is

(a) 0052 cm (b) 0026 cm (c) 0005 cm (d) 052 cm

3 SM V[S S6 119909 = 0 DI[ 119905 = 0

VFUYLUlTGL X~VFT SZL WG119909 lNXF TZO 119907

J[UYL VFU JW[ K[P 119907 = 120572 119909 TM S6G]

YFGFTZ DI FY[ PPPPPPP 5|DF6[ K[P (a) 1199053 (b) 1199052 (c) T (d) 11990512

3 A particle located at x = 0 at time t = 0 starts moving along the positive x ndashdirection with a velocity v that varies at

v = α x The displacement of the particle varies with time as

(a) 1199053 (b) 1199052 (c) T (d) 11990512

4 V[S S6GM X~VFTGM J[U 3119894 + 4119895 VG[ 5|J[U

04119894 + 03119895 K[P TM 10 119904 5KL T[GL h05 XMWMm

(a) 10V[SD (b) 7 2V[SD (c) 7V[SD (d) 85V[SD

4 A particle has an initial velocity 3i + 4j and an acceleration of 04119894 + 03119895 Its speed after 10 s is

(a) 10 units (b) 7 2 units (c) 7 units (d) 85 units

Physics


5 GLR[GL VFSlTDF 04 119896119892 NGF 5NFYGL V[S

5FlZDFl6S UlT DF8[ YFGFTZ 119883 rarr DI (119905)

VF[B NXFjIM K[P AGF VF3FTG] DltI PPPPPP

YFIP (a) 02 Ns (b) 04 Ns (c) 08 Ns (d) 16 Ns

5 The figure shows the position ndash time (x ndash t) graph of one ndash dimensional motion of a body of mass 04 kg The magnitude of each impulse is

(a) 02 Ns (b) 04 Ns (c) 08 Ns (d) 16 Ns

6 V[S 02 119896119892 GF N0FG[ lXZMA lNXFDF p5Z TZO

CFYGF A J0[ O[SJFDF VFJ[ K[P A UFJTL

JBT[ CFY 02 119898 B[ K[ VG[ AM 2 119898

eacuteRFV[ 5CMR[ K[ TM AG] DltI XMWMP

s119892 = 101198981199042 Mf

(a) 22 N (b) 4 N (c) 16 N (d) 20 N

6 A ball of mass 02 kg is thrown vertically upwards by applying a force by hand If the hand moves 02 m while applying the force and the ball goes upto 2 m height further find the magnitude of the force

[Consider = 119892 = 10 1198981199042] (a) 22 N (b) 4 N (c) 16 N (d) 20 N

7 HIFZ[ ZAZ A[0G[ 119909 VTZ[ B[RJFDF VFJ[ tIFZ[

pt5gG YT] 5]GoYF5S A 119865 = 119886119909 + 1198871199092 K[P

119886 VG[ 119887 VRFSM K[P VF ZAZ A[0G[ T[GL D]

lYlTDFYL B[RLG[ T[GL AFDF 119871 H[8M JWFZM

SZJF SZJ] 50T] SFI PPPPPPPPP YFIP

(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3

7 When a rubber band is stretched by a distance 119909 it exerts a restoring force of magnitude 119865 = 119886119909 + 1198871199092 where 119886 and 119887 are constants The work done in stretching the unstretched rubber ndash band by 119871 is

(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3

8 R l+HIF WZFJTL 5FTL JT]FSFZ TSTLG[ 120590

H[8L DFG 5Q9 3GTF J0[ lJn]TEFlZT SZJFDF

VFJ[ K[P (120590 gt 0) TSTL T[GF S[gatildeGL F5[1F[

VR SM6LI h05 120596 YL E|D6 SZ[ K[P TM TSTLGL

R]ASLI RFSDF+F S[8L CX[ m (a) 21205871198774120590120596 (b) 1205871198774120590120596

(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596

8 A thin circular disk of radius R is uniformly charged with density 120590 gt 0 per unit area The disk rotates about its axis with a uniform angular speed 120596 The magnetic moment of the disk is

(a) 21205871198774120590120596 (b) 1205871198774120590120596

(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596

Physics


9 prime119886prime AFH]GL VG[ prime119898prime NGL V[S RMZ TSTL

lJRFZM VF TSTLGF DTG[ A TYF T[GF V[S

B6FDFYL 5FZ YTL V1FG[ VG]1FLG[ TSTLGL

H0tJGL RFSDF+FPPPPPPPP

(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862

9 Consider 119886 uniform square plate of side 119886 and mass 119898 The moment of inertia of this plate about an axis perpendicular to its plane and passing through one of its corners is

(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862

10 V[S lauml5FlZDF6LS V6]4 atildejIDFG1198981 VG[ 1198982 YL

AgIM K[ H[ 120574 H[8F VTZ[ K[P HM VF56[ ACMZGF

SM6LI J[UDFG SJMg8Fh[XGGF lGID VG]FZ

T[GL RlEcircI eacuteOcirc U6LV[P TM T[GL eacuteOcirc PPPPP YFIP

s119899 = WG 56FS bIFf

(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032

10 A diatomic molecule is made of two masses m1 and m2 which are separated by a distance119903 If we calculate its rotational energy by applying Bohrrsquos rule of angular momentum quantisation its energy will be given by (119899 is an integer)

(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032

11 119898VG[ 4119898 NGF A[ S6M JrR[G] VTZ 119903 K[P

U]Z]tJ1F[+ XgI CMI T[JL HuIFV[ AG[ S6MG[ HM0TL

Z[BF 5ZGF lAN]V[ U]Z]tJ lYlTDFG = PPPPPPP

(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) XgI

11 Two bodies of masses 119898 and 4 119898 are placed at a distance 119903 The gravitational potential at a point on the line joining them where the gravitational field is zero is

(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) Zero

12 V[S VTlZ1FIFGG] atildejIDFG 1000 lSU|F K[4 VF

VTlZ1FIFGG[ 5yJLGL 5F8LYL D]ST 5[DF

KM0JFDF VFjIM K[P VCLIF prime119892prime VG[ prime119877prime GL lSDT

VG]EcircD[ 10 1198981199042 VG[ 6400 119896119898 K[P VF SFI

DF8[ eacuteOcirc PPPPPPPPP K[P (a) 64 times 1011 119869 (b) 64 times 108 119869 (c) 64 times 109 119869 (d) 64 times 1010 119869

12 The mass of spaceship is 1000 119896119892 It is to be launched from the earthrsquos surface out into free space The value of 119892 and 119877 (radius of earth) are 10 1198981199042 and 6400 119896119898 respectively The required energy for this work will be

(a) 64 times 1011 119869 (b) 64 times 108 119869 (c) 64 times 109 119869 (d) 64 times 1010 119869

Physics


13 FA]GF 5F6LGF atildeFJ6G] 5Q9TF6 003 119873119898minus1

K[P FA]GF VF 5F6L J0[ AGTF 5Z5M8FGL l+HIF

3119888119898 YL JWFZL 5119888119898 SZJF DF8[ S[8] SFI SZJ]

50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869

13 Work done in increasing the size of a soap bubble from radius of 3 119888119898 to 5 119888119898 is nearly (surface tension of soap solution = 003 119873119898minus1)

(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869

14 7119898119898S5lJTFZDFYL Z VFJT UlT SZTF V[S

S6GM DCiquestD J[U 44119898119904 K[ TM NMGGM

VFJTSF PPPPPPPPP YX[P (a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904

14 The maximum velocity of a particle executing simple harmonic motion with an amplitude 7 119898119898 is 44 119898119904 The period of oscillation is

(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904

15 V[S DM8Z FS lYZ lYlTDFYL 2 1198981199042 GF

5|J[UYL ]Z[B 5Y 5Z UlT SZ[ K[P DM8Z FSGL

UlTGF X~VFTGF YFG 5Z V[S lYZ [S8=LS

FZG ZFBL K[P HM DM8Z FSGF 0=FJZG[

T[GL lYZ lYlTGF 94 H[8M VJFH EFI

TM DM8Z FS[ SF5[] VTZ PPPPPPPP sVJFHGL h05 = 330 119898119904minus1

f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898

15 A motor cycle starts from rest and acceleratesalong a straight path at 2 119898119904minus2 At the starting point of the motor cycle there is a stationary electric siren How far has the motor cycle gone when the driver hears the frequency of the siren at 94 of its value when the motor cycle was at rest

(speed of sound = 330 119898119904minus1) (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898

16 V[S SFGM8 V[lgHGGL SFI1FDTF 40 K[4

500119870 TF5DFG 5Z ZC[ V[S eacuteOcirc +MTYL pQDF

ZCI] K[4 V[J] DFGJFDF VFJ[ K[ S[ V[lgHGGL

SFI1FDTF 60 CMI4 tIFZ[ lGQEcircD6 eacuteOcirc DF8[

eacuteOcirc +MTG] GJ] TF5DFG S[8] CX[ m (a) 120 119870 (b) 1200 119870 (c) 750 119870 (d) 600 119870

16 A Carnot engine whose efficiency is 40 takes in heat from a source maintained at a temperature of 500 119870 It is desired to have an engine of efficiency 60 Then the intake temperature for the same exhaust (sink) temperature must be

(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics


17 V[S SFGM8 V[lgHGGF SFISFZL 5NFY TZLS[

laumlv5ZDFl^JS (Rigid Rotator) VFNX JFI]GM

p5IMU SZJFDF VFJ[ K[P HM DMQDL lJTZ6

NZlDIFG JFI]G] SN 119881 YL JWLG[ 32119881 YFI TM

SFGM8 V[lgHGGL SFI1FDTFPP (a) 025

(b) 05 (c) 075

(d) 099

17 A diatomic ideal gas is used in a car engine as the working substance If during the adiabatic expansion part of the cycle volume of the gas increases from V to 32 V the efficiency of the engine is

(a) 025 (b) 05 (c) 075 (d) 099

18 V[S pQDF VJFCS 5F+DF 119872 V6]EFZ JFM

VFNX JFI] EZ[M K[P VF JFI]GL lJlXQ8

pQDFVMGM U]6MiquestZ120574 K[P VF 5F+ 119907 J[UYL UlT

SZ[ K[ VG[ VRFGS T[G[ lYZ lYlTDF FJJFDF

VFJ[ K[P VF 5|lEcircIFG[ SFZ6[ TF5DFGDF PPPPPPP

S[ltJLG (119870) H[8M JWFZM YX[PsJFTFJZ6DF

pQDFGM SM jII YTM GYL V[D WFZMf

(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870

18 A thermally insulated vessel contains an ideal gas of molecular mass M and ratio of specific heat 120574 It is moving with speed 119907 and it suddenly brought to rest Assuming no heat is lost to the surroundings its

temperature increases by

(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870

19 IUGF 0A l8 5|IMUDF AG[ l8 ]dAacirc

pNUD TZLS[ JT[ K[P AG[ l8DFYL GLSTF

TZUGM S5lJTFZ 119860 VG[ TZUAF 120582 K[P ALOcirc

V[S 5|IMUDF AG[ l8 V]dAacirc pNUD TZLS[

JT[ K[P sS5lJTFZ VG[ TZUAF DFG K[f

50NFGF S[gatilde 5ZGL TLJ|TF 1198681 CMI s5|YD 5|IMU

DF8[f TYF ALOcirc 5|IMU DF8[ TLJ|TF 1198682 CMI TM

U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05

19 In a Youngrsquos double slit experiment the two slits act as coherent sources of waves of equal amplitude A and Wave length 120582 In another experiment with the same arrangement the two slits are made to act as incoherent sources of waves of same amplitude and wavelength If the intensity at the middle point of the screen in the first case is 1198681 and in the second case is 1198682

then the ratio 1198681

1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics


20 20119888119898 GL S[gatildeAF JFF AlCUM VZLFG[

SFZGF cF0vjI]vDLZZc TZLS[ OL8 SIM K[P VF

SFZYL 28119898 5FK ZC[L ALOgrave SFZ T[GM

15119898119904 GL F5[1F h05YL VMJZ8[S SZ[ K[P TM

5|YD SFZGM cF0vjI]vDLZZc DF N[BFTL ALOgrave

SFZGF 5|lTlAAGL h05 PPPPPPPP

(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904

20 A car is fitted with a convex side ndash view mirror of focal length 20 cm A second car 28 m behind the first car is overtaking the first car at a relative speed of 15 ms The speed of the image of the second car as seen in the mirror of the first one is

(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904

21 V[S AlCUM [gDF 5C[F JFNL ZUGF 5|SFXGM

p5IMU SZJFDF VFJ[ K[P tIFZAFN JFNLGF AN[

ZFTF ZUGF 5|SFXGM p5IMU SZJFDF VFJ[ TM T[GL

S[gatildeAF = PPPPPPPPPP (a) VR ZC[X[ (b) JWX[ (c) 38X[ (d) 5|SFXGF ZU 5Z VFWFlZT GYL

21 When monochromatic red light is used instead of blue light in a convex lens its focal length will (a) remain same (b) increase (c) decrease (d) does not depend on colour of light

22 GLR[GL VFSlTDF U[ltJ[GMDL8ZGF XgI VFJTG

FY[ DL8Z A|LH NXFJ[ K[P TM V7FT VJZMW 119877

G] D]ltI S[8] CX[ m (a) 55Ω

(b) 1375Ω (c) 220Ω

(d) 110Ω

22 Shown in the figure adjacent is a meter ndash bridge set up with null deflection in the galvanometer The value of the unknown

resistor R is (a) 55Ω (b) 1375Ω (c) 220Ω (d) 110Ω

23 V[S DFTZ [8 S[5[L8ZGL A[ [8M JrR[

CJFG]DFwID CMI tIFZ[ S[5[l8g 9119901119865 K[P AG[

[8 JrR[G] VTZ prime119889prime K[P CJ[ VF AG[ [8 JrR[ A[

0FI[S8=LS atildejIM EZJFDF VFJ[ K[P V[S

0FI[S8=LS atildejIMGM 0FI[S8=LS VRFS

1198701 = 3 VG[ VTZ119889

3 K[P HIFZ[ ALOcirc atildejIMGM

0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P

TM VF S[5[l8ZG] S[5[l8g CJ[ S[8] YX[ m (a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

23 A parallel plate capacitor with air between the plates has a capacitance of 9 119901119865 The separation between its plates is 119889 The space between the plates is now filled with two dielectrics One of the dielectrics has dielectrics constant K1 = 3

and thickness 119889

3 while the other one has

dielectric constant K2 = 6 and thickness 2119889

3 Capacitance of the capacitor is now

(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896

TYF 119861 = 119894 + 119895 minus 3119896 JFF lJn]TR]ASLI

1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[

K[P VF lJn]TEFZG[ UTF AGF 119910 38SG] DltI (a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902

24 An electric charge +q moves with velocity

119881 = 3119894 + 4119895 + 119896 in an electromagnetic

field given by 119864 = 3119894 + 4119895 + 119896 and

119861 = 119894 + 119895 minus 3119896 The y - component of the force experienced by + q is

(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902

25 z[6L VG]GFN 119871119862119877 5lZ5YDF4 119877 VF5FGM

lJn]TlYlTDFGGM TOFJT 100 119907119900119897119905119904 VG[

119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN

VFJlT 120596 = 200 119903119886119889119904 CMI TM VG]GFN

JBTGL g0S8Z VF5FG] JMlt8[H = PPPPPPPP (a) 4 times 10minus3 119881 (b) 25 times 10minus2 119881 (c) 40 119881 (d) 250 119881

25 In a series resonant 119871119862119877 circuit the voltage across 119877 is 100 119881 and 119877 = 1 119896 Ω with 119862 = 2120583 119865 The resonant frequency 120596 is 200 119903119886119889119904 At resonance the voltage across 119871 is

(a) 4 times 10minus3 119881 (b) 25 times 10minus2 119881 (c) 40 119881 (d) 250 119881

26 GLR[GFDFYL SI] lJWFG tI GYL m DM0I][XG GLR[GF DF8[ H~ZL K[P (a) l[S8LJL8L JWFZJF DF8[ (b) DFlCTLGF luGGF 8=FgDLXG VG[ lZ[XG

JrR[GM DIUFM 38F0JF DF8[ (c) V[lg8GFGL Fh VMKL SZJF DF8[ (d) O|[SXG A[g0JLY 38F0JF DF8[

26 Which of the following four alternatives is not correct We need modulation (a) to increase the selectivity (b) to reduce the time lag between

transmission and reception of the information signal

(c) to reduce the size of antenna (d) to reduce the fractional band width

27 SMDG A[h V[ld5OFIZDF G5]8 luG JMlt8[H

VG[ VFp85]8 luG JMlt8[H JrR[ PPPPPPPP SF

TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2

27 In a common base amplifier the phase difference between the input signal voltage and output voltage is


28 GLR[GFDFYL S EcircFlTNZlDIFG DCiquestD

VFJlTJFF OM8MG ptlHT YFI m sCF0=MHG

5ZDF6] DF8[f (a) 119899 = 2YL 119899 = 6 (b) 119899 = 6YL 119899 = 2 (c) 119899 = 2YL 119899 = 1 (d) 119899 = 1YL 119899 = 2

28 Which of the following transitions in hydrogen atoms emit photons of highest frequency

(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics


29 VMlSHGGF DYFlGS 119874817

G] 1198980 K[P 5|M8MG

VG[ gI]8=MGGF N VG]EcircD[ 119898119901 VG[ 119898119899 K[P TM

VF DYFlGSGL AWGeacuteOcirc S[8L CX[ m

(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882

29 If 1198720 is the mass of an oxygen isotope

119874817 119872119901 and 119872119899 are the masses of a proton

and a neutron respectively the nuclear binding energy of the isotope is (a) 1198980 minus 8119898119901 119888

2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882

30 V[S WFT]GL 5F8LG[ 400 119899119898 GL TZUAF

JFF 5|SFX J0[ 5|SFlXT SZJFDF VFJ[ K[P ptlHT

YTF OM8MGGL UlTeacuteOcirc 168 119890119881 K[[P TM WFT]G]

JS OSXG X] YFI m(119893119888 = 1240 119890119881 119899119898) (a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881

30 The surface of a metal is illuminated with the light of 400 nm The kinetic energy of the ejected photoelectrons was found to be 168 119890119881 The work function of the metal is (119893119888 = 1240 119890119881 119899119898)

(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881

31 Q S]A lJn]TEFZG] VJSFXDFGF SM lAN]V[

lJn]T lYlTDFG Q times 1011 JMlt8 K[o TM T[

lAN]V[ lJn]T1F[+ PPPPPPPP K[P

(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898

31 The electric potential at a point in free space due to charge 119876 coulomb is 119876 times 10119899 volts The electric field at that point is

(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898

32 V[S 56 SFM 5NFY 727 TF5DFG[ K[P

T[DFYL ptOcircTF lJlSZ6GM ptHG NZ PPPPPP GF

D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

32 A black body is at 727 It emits energy at a rate which is proportional to

(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics


33 VFSlTDF NXFJ[F 5lZ5YDF HM lAN]VM A VG[ B

JrR[ JFCSTFZ HM0JFDF VFJ[ TM JFCS TFZDF

5|JFC PPPPPPPP (a) 119861YL 119860 TZO (b) 119860YL 119861 TZO (c) 119881 GF DltI 5ZYL

S lNXFDF JC[X[ T[

GSSL YX[P (d) XgI YX[

33 In a circuit shown if a conducting wire is connected between points A and B the current in this wire will

(a) flow from B to A (b) flow from A to B (c) Flow in the

direction which will be decided by the value of V

(d) be zero

34 VFSlTDF NXFjIF D]HA 119898 atildejIDFGGM UC IGL

VF5F AJlTI S1FFDF E|D6 SZ[ K[P SCD GF

VF0K[NG] 1F[+O SAB SZTF AD6] K[P HM C YL

D 5Z U|CG[ HTF 1199051 DI FU[ VG[ 119860 YL 119861 5Z

HTF 1199052 DI FU[ TM PPPPPPPP (a) 1199051 = 41199052

(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052

34 The figure shows elliptical orbit of a planet 119898 about the sun 119878 The shaded area 119878119862119863 is twice the shaded area 119878119860119861 If t1 is the time for the planet to move from C to D and t2 is the time to move from A to B then

(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052

35 GLR[ VF5[F gI]lSIZlJEFUGDF4 AZ

X rarrA

Z + 1Y rarr

A minus 4Z minus 1

B rarrA minus 4Z minus 1

C

EcircDXo ptOcircTF S6M PPPPPPPP K[P (a) 120574120573120572 (b) 120573 120574120572

(c) 120572120573 120574 (d) 120573120572 120574

35 In the nuclear decay given below AZ

X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C

the particles emitted in the sequence are (a) 120574120573120572 (b) 120573 120574120572 (c) 120572120573 120574 (d) 120573120572 120574

36 WFT]VM 119860119861 VG[ 119862 G] JS OSXG VG]EcircD[

192 119890119881 20 119890119881 VG[ 5 119890119881 K[P

VFg8FGGF DLSZ6 VG]FZ WFT]VM

4100 Å TZUAFJFF OM8M[S8=MgG]

ptHG SZ[ K[P TM T[ WFT] PPPPPPPP CMIP (a) V[S 56 GCL (b) OST 119862 (c) 119860VG[ 119861 OST (d) +6[I WFT]VM

36 The work functions for metals A B and C are respectively 192 eV 20 eV and 5 eV According to Einsteinrsquos equation the metals which will emit photoelectrons for

a radiations of wavelength 4100 Å is are (a) none (b) only C (c) A and B only (d) All the three metals

Physics


37 A[gI]lSIMGF 5ZDF6] NFSGM U]6MTZ 1 3 K[P

T[DGF gI]lSIGL 3GTFGM U]6MTZ PPPPPPP K[P

(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1

37 Two nuclei have their mass numbers in the ratio of 1 3 The ratio of their nuclear

densities would be (a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1

38 NTPV[ 1119892 lClIDG] TF5DFG T1K YL T2K

H[8] eacuteR] HJF DF8[GL H~ZL pQDF eacuteOcircGM

HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791

38 The amount of heat energy required to raise the temperature of 1 119892 of Helium at 119873119879119875 from T1Kto T2K is

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791

39 119877l+HIFGF A[ DFG URFVMGF DTM 5Z5Z

DS[gatildeL ZC[ T[D DS[F K[4 T[DFYL JC[TM 5|JFC

VG]EcircD[ 119868 VG[ 2119868 K[P S[gatilde 5Z DT] 5lZ6FDL

R]ASLI 5|[Z6 PPPPPPPP CX[P

(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

39 Two similar coils of radius R are lying concentrically with their planes at right angles to each other The currents flowing in them are 119897 and 2119897 respectively The

resultant magnetic field induction at the center will be

(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics


40 119872 N VG[ 119871 AFGF 5FTF lIFGL T[GF

DwIlAN]DFYL 5FZ YTL VG[ T[GL AFG[ A

V[JL V1FG[ VG]1FLG[ H0tJGL RFSDF+ 1198680 K[P TM

lIFGF SM V[S K[0FDFYL 5FZ YTL VG[

AFG[ A V1FG[ VG]1FLG[ H0tJGL RFSDF+F

PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712

40 The moment of inertia of a thin uniform rod of mass M and length L about an axis passing through its midpoint and perpendicular to its length is l0 Its moment of inertia about an axis passing through one of its ends and perpendicular to its length is

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712

41 VF5[ 5lZ5Y PPPPPPPPP G[ DT]ltI K[P (a) 119873119874119877U[8 (b) 119874119877U[8 (c) 119860119873119863U[8 (d) 119873119860119873119863U[8

41 The circuit is equivalent to (a) NOR gate (b) OR gate (c) AND gate (d) NAND gate

42 V[S l5|hDGF atildejIGM JEcircLEJGFS 2 VG[

JEcircLEJG SM6 300 K[P VF l5|hDGL V[S AFH]

VNZGL VZLF H[JL AGFJ[L K[P l5|hDGL ALOgrave

AFH]YL V[SZUL 5|SFXG] lSZ6 NFB Y VZLFGL

5F8L 5ZYL 5ZFJlTT Y T[ H ZT[ 5ZFJTG

5FD[ TM l5|hD 5ZGF lSZ6GM VF5FTSM6 PPPPPP

CMIP (a) 00 (b) 300 (c) 450 (d) 600

42 The refractive index of the material of a

prism is 2 and its refracting angle is 30deg One of the refracting surfaces of the prism is made a mirror inwards A beam of monochromatic light entering the prism from the other face will retrace its path after reflection from the mirrored surface if its angle of incidence on the prism is

(a) 00 (b) 300 (c) 450 (d) 600

43 1198681 VG[ 1198682 TLJ|TFVM JFF A[ CFDMlGS TZUM

VF5[ DFwIDDFYL DFG DI[ DFG lNXFDF

5FZ Y ZigraveFF K[P TM T[DGL DCiquestD VG[ gIGTD

TLJ|TFVMGM ZJFM PPPPPPPP CX[P

(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

43 Two periodic waves of intensities 1198681and1198682 pass through a region at the same time in the same direction The sum of the maximum and minimum intensities is

(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics


44 VG]GFN 5lZ5Y WZFJTF 8=Flgh8 VMl[8ZDF

VJU^I VJZMW WZFJTM g0S8Z 119871 VG[ S[5[l8Z

119862 z[6LDF HM0TF DTL NMGMGL VFJlT 119891 K[P

HM 119871 G] DltI AD6] VG[ 119862 ANLG[ 4119862 SZJFDF

VFJ[ TM VFJlT PPPPPPPPPPP YFIP

(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2

44 A transistor ndash oscillator using a resonant circuit with an inductor L (of negligible resistance) and a capacitor C in series produce ndash oscillations of frequency 119891 If L is doubled and C is changed to 4C the frequency will be

(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2

45 CF0=MHG 5ZDF6]GL WZFlYlTDF S] eacuteOcirc

minus136 119890119881 K[P TM T[GL 5|YD piquest[lHT VJYFDF

UlT eacuteOcirc PPPPPPPPP CMIP (a) 17 119890119881 (b) 34 119890119881 (c) minus34 119890119881 (d) 136 119890119881

45 The total energy of electron in the ground state of hydrogen atom is minus136 119890119881 The

kinetic energy of an electron in the first excited state is (a) 17 119890119881 (b) 34 119890119881 (c) minus34 119890119881 (d) 136 119890119881

Chemistry


46 1000 119892119898 5F6LDF 120 119892119898 I]ZLIF VMUFLG[

AGFJ[F atildeFJ6GL 3GTF 115 119892119898119898119897 K[P

atildeFJ6GL DMFlZ8L H6FJMP (a) 05 M (b) 178 M (c) 102 M (d) 205 M

46 The density of a solution prepared by dissolving 120 g of urea (mol mass=60 u) in 1000 g of water is 115 gmL The molarity of this solution is

(a) 05 M (b) 178 M (c) 102 M (d) 205 M

47 eacuteRF NAF6[ JFTlJS JFI] DF8[ NAGLI VJIJ (a) 1+RTPb (b) 1

(c) 1+PbRT (d) 1 ndash pbRT

47 The compressibility factor for a real gas at high pressure is

(a) 1+RTPb (b) 1 (c) 1+PbRT (d) 1 ndash pbRT

48 GLR[GFDFYL SI] lG~56 BM8] K[P

(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879

(b)DMQDL 5|lEcircIFDF 1198825|lTJTL = minus119899119877119879 ln 119881119891119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879

48 The incorrect expression among the following is

(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879

(b) In isothermal process

119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879

49 119879 TF5DFG[ VF5[L 5|lEcircIF 1198732(119892) + 2119873119874(119892)

DF8[ T]G VRFSG] DltI 4 times 10minus4 K[P TM

VF H TF5DFG[ 5|lEcircIF 119873119874(119892) rarr1

21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102

(c) 4 times 10minus4 (d) 500

49 The equilibrium constant (Kc) for the reaction 1198732 119892 + 1198742 119892 rarr 2119873119874(119892) at temperature T is 4 times 10minus4 The value of Kc for the reaction

119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same

temperature is (a) 002 (b) 25 times 102 (c) 4 times 10minus4 (d) 500

50 HM CF0=MHG VWSMQF lZ0SXG 5M8[lgXI k6

CMI TMP (a) p H2 = 1JFTF VG[ H+ = 20 M

(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M

50 The reduction potential of hydrogen half-cell will be negative if (a) P(H2)=1 atm and [H+]=20 M (b) P(H2)=1 atm and [H+]=10 M (c) P(H2)=2 atm and [H+]=10 M (d) P(H2)=2 atm and [H+]=20 M

Chemistry


51 TF5DFGDF 10deg [P GM JWFZM SZTF ZFFIl6S

5|lEcircIFGM J[U AD6M YFI K[P HM TF5DFGDF 50deg [P GM JWFZM SIM CMI TM 5|lEcircIF J[U S[8M JW[ m

(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M

51 The rate of a chemical reaction doubles for every 10 rise of temperature If the temperature is raised by 50 the rate of the reaction increases by about

(a) 10 times (b) 24 times (c) 32 times (d) 64 times

52 90F4 JFTFJZ6DF 9FZ6ZMWS TZLS[ YLLG

uFISM J5ZFI K[P 5F6LG] 9FZlAN] VJGIG

SZJF 4 119896119892 5F6LDF S[8M YLLG uFISM

pD[ZTF minus6deg [ 9FZlAN] YFI m s5F6LGM 119870119891 = 186 119870 119896119892119898119900119897minus1

YLLG

uFISM V6]EFZ = 62 U|FD DMminus1

f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g

52 Ethylene glycol is used as an antifreeze in a cold climate Mass of ethylene glycol which should be added to 4 kg of water to prevent it from freezing at minus6 will be

(Kf for water = 186 K kg mol-1 and molar mass of ethylene glycol = 62 g mol-1)

(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g

53 V[S OS S[lgatildeT WG ZRGFDF 119860 5ZDF6]VM WGGF

B6F 5Z VG[ 119861 5ZDF6]VM OSGF S[gatilde 5Z CMI

K[P HM V[S OSGF S[gatilde 5ZYL 119861 5ZDF6]

lJYFlGST YFI TM IMHGG] + X] CX[ m (a) A2B (b) AB2

(c) A2B2 (d) A2B5

53 In a face centered cubic lattice atom A occupies the corner positions and atom B occupies the face centre positions If once atom of B is missing from one of the face centred points the formula of the compound is

(a) A2B (b) AB2 (c) A2B2 (d) A2B5

54 V[S GF8=MHG I]ST 295 119898119892 SFAlGS 5NFYG]

XMWG H[lt0FCGL 5wWlT 5|DF6[ SZTF pt5gG YTF

V[DMlGIFG] 20 lDl 01 119872 119867119862119897 atildeFJ6DF

XMQF6 SZJFDF VFJ[ K[P AFSLGF JWFZFGF V[l0G]

56 T8YLSZ6 SZJF 15 lDl

01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF

GF8=MHGG] 8SFJFZ 5|DF6 S[8] CX[P (a) 590 (b) 474

(c) 237 (d) 295

54 295 mg of an organic compound containing nitrogen was digested according to Kjeldahlrsquos method and the evolved ammonia was absorbed in 20 mL of 01 M HCI solution The excess of the acid required 15 mL of 01 M NaOH solution for complete neutralization The percentage of nitrogen in the compound is

(a) 590 (b) 474 (c) 237 (d) 295

Chemistry


55 GLR[GF A|MDF0 5SL 1198781198731 lJlWGM FRM lEcircITF

EcircD SIM K[ m (a) ii gt iii gt (119894) (b) ii gt i gt (119894119894119894) (c) iii gt ii gt (119894) (d) i gt ii gt (119894119894119894)

55 Consider the following bromides The correct order of SN1 reactivity is

(a) ii gt iii gt (119894) (b) ii gt i gt (119894119894119894)

(c) iii gt ii gt (119894) (d) i gt ii gt (119894119894119894)

56 C[8[G VG[ VMS8[GG[ lDz SZTF VFNX atildeFJ6 AG[

K[P 373 119870 TF5DFG[ VF lDz6DF AG[ 5|JFCL

sC[8[G VG[ VMS8[Gf GF AFQ5NAF6 VG]EcircD[

105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G

VG[ 35119892 VMS8[GG[ lDz SZJFYL AGTF atildeFJ6G]

AFQ5NAF6 PPPPPPPPP CX[P sC[8[G = 100 U|FD DM

minus1 VG[ VMS8[G

= 114 U|FD DMminus1

V6]EFZf (a) 720 kPa (b) 361 kPa

(c) 962 kPa (d) 1445 kPa

56 On mixing heptanes and octane form an ideal solution At 373 K the vapour pressures of the two liquid components (heptanes and octane) are 105 kPa and 45 kPa respectively Vapour pressure of the solution obtained by mixing 25 g of heptanes and 35 g of octane will be (molar mass of haptane = 100 g mol-1 and of octane = 114 g mol-1)

(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886

57 GLR[GL 5|lEcircIFGL D]bI lG5H

C6H5CH2CH OH CH CH3 2

FatildeH2SO 4

57 The main product of the following reaction is


Conc H2SO4

58 GLR[GF 5SL SIM VFltSMCM 119867119862119897 VG[ 1198851198991198621198972

FY[ FYL h05YL 5|lEcircIF VF5X[ m (a) 2 vaI]8[GM

(b) 2 vlDYF 5|M5[G v2v VM

(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM

58 From amongst the following alcohols the one that would react fastest with conc HCI and anhydrous ZnCl2 is

(a) 2 ndash butanol (b) 2 ndash methylpropan ndash 2 ndash ol (c) 2 ndash methylpropanol (d) 2 ndash butanol

Chemistry


59 GLR[GL pQDFUlTXFl+I lJUTM 5ZYL

(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH

119874119867minusVFIGGL 25deg [ TF5DFG[ HG V[gYFllt5G] DltI X] CX[

m

(a) minus2288lSH (b) minus22888lSH (c) +22888lSH (d) minus34352lSH

59 On the basis of the following thermo chemical

data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869

The value of enthalpy of formation of OH-ion at 25 is

(a) minus2288 KJ (b) minus22888 KJ (c) +22888 KJ (d) minus34352 KJ

60 V[S 5ZDF6]DF4 [S8=MG 600 DLq[ GL h05 VG[

0005 GL RMSFYLUlT SZ[ K[P [S8=MGGF

YFGDF5GGL RMSF S[8L CX[ m

(119893 = 66 times 10minus34lSU|F DL

2[

minus14

[S8=MGG] N = 119890119898 = 91 times 10minus31 lSU|F)

(a) 152 times 10minus4DL (b) 501 times 10minus3

DL (c) 192 times 10minus3

DL (d) 384 times 10minus3DL

60 In an atom an electron is moving with a speed of 600 ms with an accuracy of 0005 Certainly with which the position of the electron can be located is

(h = 66 times 10minus34 119896119892 1198982119904minus1

119898119886119904119904 119900119891 119890119897119890119888119905119903119900119899 119890119898 = 91 times 10minus31 119896119892) (a) 152 times 10minus4119898 (b) 510 times 10minus3119898

(c) 192 times 10minus3119898 (d) 384 times 10minus3119898

61 sOLhLM5XGf EFlTS VlWXMQF6G[ VG]1FLG[

GLR[GF 5SL SI] lJWFGVtI K[ m (a) T[ JFg0ZJFlt AMGF SFZ6[ pNEJ[ K[P (b) ZTFYL 5|JFCLSZ6 5FDTF JFI]VMG] h05YL

VlWXMQF6 YFI K[P (c) JW] NAF6[ VlWXMQFS 5Z AC]VFl^JI TZ ZRFI

K[P (d) VlWXMQF6 V[gYFlt5L (∆119867

VlWXMQF6) G] DltI VMK]

VG[ WG CMI K[P

61 Which of the following statements is incorrect regarding physisorption (a) It occurs because of van der Waalsrsquo forces (b) More easily liquefiable gases are adsorbed

readily (c) Under high pressure it results into multi ndash

molecular layer on adsorbent surface (d) Enthalpy of adsorbent (∆119867119886119889119904119900119903119901119905119894119900119899) is slow

and positive

62 GLR[ VF5[ S[lGhFZM 5|lEcircIFDF

2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL

WLDM 5|lEcircIS SIM CX[P (a) 119874119867minus

5Z SFAMlSLS DCG] VFEcircD6

(b) CF0=F0G] SFAMlG DC 5Z YFGFTZ6 (c) SFAMlS DC 5ZYL 5|M8MGG] lJYF5G

(d) PhCH2OHG] 5|M8MG lJIMHG

62 In Cannizaro reaction given below

2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is

(a) The attack of 119874119867⊖at the carboxyl group (b) The transfer of hydride to the carbonyl

group (c) The abstraction of proton from the

carboxylic group (d) The deprotonation of PhCH2OH

Chemistry


63 E en 2 C2O4 NO2 DF lsquoErsquo GM JU VFS

VG[ VMlSHG VFS VG]EcircD[PPPPPPPP (en) = ઈથીીન ડાયએમાઈન

(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3

63 The coordination number and the oxidation state of the element lsquoErsquo in the comples [E(en)2(C2O4)]NO2 (where (en) is ethylene diamine) are respectively (a) 6 and 2 (b) 4 and 2 (c) 4 and 3 (d) 6 and 3

64 [gY[GM0 SZTF V[lS8GM0 TtJMGF

VMlS0[XG VFS JW] DM8L bIFDF HMJF D[ K[P

T[G] SFZ6 PPPPPPPPPP (a) 5119891 SZTF 4119891 S1FS JW] O[FI[ K[P

(b) 5119891 VG[ 6119889 GF eacuteOcircTZGM TOFJT VMKM K[ 4119891

VG[ 5119889 S1FSMGF eacuteOcircTZGF TOFJT SZTFP (c) 5119891 VG[ 6119889 GF eacuteOcircTZGM TOFJT JW] K[ 4119891

VG[ 5119889 S1FSMGF eacuteOcircTZGF TOFJT SZTFP

(d) V[lS8GM0 JWFZ[ EcircLI K[ [gY[GM0 SZTFP

64 Larger number of oxidation states are exhibited by the actinoides than those by the lanthanoides the main reason being (a) 4f orbitals diffused than the 5f orbitals (b) lesser energy difference between 5f and 6d

than between 4f and 5d orbitals (c) more energy difference between 5f and 6d

than between 4f and 5d orbitals (d) more reactive nature of the actinoids than

the lanthanoids

65 [P VG] 5|lEcircIS 119864oplus A[ghLG ZLU 5Z VFEcircD6 SZL

DwIJTL IMHG 120590 SL6 AGFJ[ K[P GLR[GF DFYL SIF

120590 SL6 5F[ gI]GTD eacuteOcirc K[ m

65 The electrophile 119864oplus attacks the benzene ring to generate the intermediate 120590 minuscomlpex Of the following which 120590 minuscomlpex is of lowest energy

66 H2SO4 GL CFHZLGF VMSh[lS V[l0GM atildeFJ6G]

VG]DF5G KMnO4 FY[ SZJFDF VFJ[ K[P 5ZT]

HCl FY[ SZJFDF VFJ[ TM 5lZ6FD VTMQFSFZS

D[ K[ SFZ6 S[ HCl PPPPPPP (a) VMSh[lS V[l0 aumlFZF SMZLGDF VMlS0[XG 5FD[

K[P (b) VMSh[LS V[l0 DFYL H+

DST SZ[ K[P (c) T[ 5ZD[U[G[8 DFYL M+2

G] lZ0P SZ[ K[P (d) VMSh[lS V[l0G] VMlS0[XG SZL CO2 VG[

H2O pt5gG SZ[ K[P

66 Amount of oxalic acid present in a solution can be determined by its titration with KMnO4 solution in the presence of H2SO4 The titration gives unsatisfactory result when carried out in the presence of HCI because HCI (a) Gets oxidised by oxalic acid to chlorine (b) Furnishes H+ ions in addition to those from

oxalic acid (c) Reduces permanganate to Mn2+ (d) Oxidises oxalic acid to carbon dioxide and

water

Chemistry


67 5|M8LGG] laumllTIS AWFZ6 V[ SMG[ uG K[ m (a) 120572 v C[LS AWFZ6

(b) HlJZFUL VFTZlEcircIF (c) 120572V[lDGM V[L0GL XBF

(d) RMSS 5ML5[8F0 VFWFZLT ZRGF

67 The secondary structure of a protein refers to (a) 120572 minushelical backbone (b) hydrophobic interaction (c) sequence of 120572 minus amino acids (d) fixed configuration of the polypeptide

backcone

68 CH3CH2NH2 + CHCl3 + 3KOH rarr x + y + 2H2O 5|lEcircIFDF (119909) VG[ (119910)

X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897

68 In the chemical reaction 119862119867311986211986721198731198672 + 1198621198671198621198683 + 3119870119874119867 rarr 119860 + 119861 +31198672119874 the compounds (A) and (B) are respectively (a) C2H5CN and 3KCI (b) CH3CH2CONH2 and 3KCI (c) C2H5NC and K2CO3 (d) C2H5NC and 3KCI

69 GLR[ NXFJ[ 5|lEcircIFDF DTL VlTD lG5HG]

AWFZ6 XMWMP

69 119901 minuscresol reacts with chloroform in alkaline medium to give the compound A which adds hydrogen cyanide to form the compound B The letter on acidic hydrolysis gives chiral carboxylic acid The structure of the carboxylic acid is

Chemistry


70 DNA VG[ RNA AG[DF lJQFDREcircLI A[h VG[

OMO[8 V[8Z AWG PPPPPPP (a) XSZFGF V6]GF 1198625prime VG[ 1198621prime VG]EcircD[

(b) XSZFGF V6]GF 1198621prime VG[ 1198625prime VG]EcircD[ (c) XSZFGF V6]GF 1198622prime VG[ 1198625prime VG]EcircD[

(d) XSZFGF V6]GF 1198625prime VG[ 1198622prime VG]EcircD[

70 In both DNA and RNA heterocyclic base and phosphate ester linkages are at

(a) 1198625prime 119886119899119889 1198621

prime respectively of the sugar molecular

(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622


71 V[S SFAGLS IMHGG] VFPN 60 K[P T[GF

C=20 H=667 N=4667 K[ HIFZ[

AFSLGM VMlSHG K[P T[G[ UZD SZTF WG VJ1F[5

FY[ NH3 JFI] VF5[ K[P VF WG VJ1F[5

VFltSFG CuSO4 FY[ OcircAL ZU VF5[ K[ TM

T[ IMHG PPPPPPPPPPP (a) CH3CH2CONH2 (b) (NH2)2CO (c) CH3CONH2 (d) CH3NCO

71 An organic compound having molecular mass 60 is found to contain C=20 H=667 and N=4667 while rest is oxygen On heating it gives NH3 along with a solid residue The solid residue give violet colour with alkaline copper sulphate solution The compound is

(a) CH3CH2CONH2 (b) (NH2)2CO (c) CH3CONH2 (d) CH3NCO

72 GLR[GF 5SL SIF VFIGMGM DC

D[S8=MlGI VFIGM NXFJ[ K[ m (a) 119870+ 119862119897minus 1198621198862+ 1198781198883+

(b) 1198611198862 1198781199032+ 119870+ 1198782minus (c) 1198733minus 1198742 119865minus 1198782minus

(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+

72 Which one of the following sets of ions represents a collection of isoelectronic species

(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus

(c) 1198733minus 1198742minus 119865+ 1198782minus

(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+

73 તતળો B P S અન F ની હી આયનીકરણ

એનથાલી ન ચડતા કરમમાા ગોઠળો ( સૌપરથમ ઘતતમ )

(a) F lt S lt P lt B (b)P lt S lt B lt F (c) B lt P lt S lt F (d)B lt S lt P lt F

73 The increasing order of the first ionisation enthalpies of the elements B P S and F (lowest first) is

(a) F lt S lt P lt B (b)P lt S lt B lt F (c)B lt P lt S lt F (d)B lt S lt P lt F

Chemistry


74 GLR[GFDFYL S VFQFW TFJ 38F0[ K[ m

(a) 5|XFTSM (b) 5|lTOgraveJL (c) TF5XFDS (d) J[NGFXZ

74 Which of the following types of drugs reduces fever

(a) Tranquilizer (b) Antibiotic (c) Antipyretic (d) Analgesic

75 DF+ [PGL l5G G[ SFZ6[ pt5gG YTL R]ASLI

RFSDF+FG] DltI 284 119861 119872 CMI TM

GLR[GFDFYL X] FR] K[ m

(a) 1198895 s5|A lU[g0GF 1F[+DFf (b) 1198893 s5|A TYF lGA lU[g0GF 1F[+DFf (c) 1198894 slGA lU[g0GF 1F[+DFf (d) 1198894 s5|A lU[g0 1F[+DFf

75 The value of the lsquospin onlyrsquo magnetic moment for one of the following configurations is 284 BM The correct one is (a) d5 (in strong ligand field) (b) d3 (in weak as well as in strong field) (c) d4 (in weak ligand field) (d) d4 (in strong ligand field)

76 S]NZTL I]Z[GLIDDF U238 YL Rq226

5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277

76 The ratio of U238 to Ra226 atoms in the natural uranium is (Given t12 for U238 = 449 times 109

years and t12 for Ra226 = 1622 years) (a) 277 1 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1 277

77 SFAMlSlS V[l0GL V[L0LSZTFGM EcircD GSSL

SZMP

(i) PhCOOH (ii) 119900 minusNO2C6H4COOH (iii) 119901 minusNO2C6H4COOH (iv) 119898 minusNO2C6H4COOH (a) i gt ii gt iii gt iv (b) iigt ivgt iii gt i (c) iigt ivgt i gt iii (d) iigtiii gt ivgt i

77 Consider the acidity of the carboxylic acids (i) PhCOOH (ii) 119900 minusNO2C6H4COOH (iii) 119901 minusNO2C6H4COOH (iv) 119898 minusNO2C6H4COOH Which of the following order is correct (a) i gt ii gt iii gt iv (b) iigt ivgt iii gt i (c) iigt ivgt i gt iii (d) iigtiii gt ivgt i

78 VlTD lG5H VMBM m 78 The final product in the following reaction sequence is

5|lEcircIF G YFIP

Chemistry


79 WFT] 5ZDF6]GL OS S[gatildeLT SI]ALS SMh

5[SLU ZRGFGF RT]QOSLI VG[ VQ8OSLI

KLatildeMGL Fh sSNf GM U]6MTZ PPPPPPPP

(a) 0543 (b) 0732 (c) 0414 (d) 0639

79 In a face ndash centred cubic arrangement of metallic atoms what is the relative ratio of the sizes of tetrahedral and octahedral voids

(a) 0543 (b) 0732 (c) 0414 (d) 0639

80 lOGM+C6H5COCl rarr A AlCl3

minusminusrarrCs2

B + (C)

VMBMP

(a) 119900 CF0=MSLA[ghMlOGMG VG[ 119901 CF0=MSL

A[ghMlOGMG (b) 119898 CF0=MSLA[ghMlOGMG VG[ 119900 CF0=MSL

A[ghMlOGMG (c) 119898 CF0=MSLA[ghMlOGMG VG[ 119901 CF0=MSL

A[ghMlOGMG (d) AgG[ 119900 CF0=MSL A[ghMlOGMG

80 In the reaction sequence

119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973

minusminusrarr1198621199042

119861 + (119862)

(B) and (C) are (a) 119900 minushydroxybenzophenone and

119901 minushydroxy - benzophenone (a) 119898 minushydroxybenzophenone and

119900 minushydroxybenzophenone (b) 119898 minushydroxybenzophenone and

119901 minushydroxybenzophenone (c) both are 119900 minushydroxybenzophenone

81 C9H10O2 અણરચના ધરાળતા એસટર ( A) ની

ળધ પરમાણમાા CH3MgBr સાથ પરકરકરયા કરતા એક

સાકીણણ સાયોજન ફન છતની H2SO4 સાથ પરકરકરયા

કરતા ઓપીન ( B) મલ છ ( B) ના

ઓઝોનોીસીસ કરતા C8H8O અણરચના ધરાળતા

કરકટોન સાયોજન મલ છ જ આયોડોપોમણ ટસટ આ

છ તો સાયોજન (A) _______

(a) C6H5COOC2H5 (b) C6H5COOC6H5 (c)CH3OCH2COC6H5

(d) 119901 minus 1198621198673119874 minus 119862119874 minus 11986261198674 minus 1198621198741198621198673

81 An Ester (A) with molecular formula C9H10O2

was treated with excess of CH3MgBr and the complex so formed was treated with H2SO4 to give an olefin (B) Ozonolysis of (B) gave a ketone with molecular formula C8H8O which shows positive iodoform test The structure of

(A) is (a) C6H5COOC2H5 (b) C6H5COOC6H5 (c)CH3OCH2COC6H5


82 lhS ltO[8GF atildeFJ6DF 5119860 lJP 5|JFC 40119898119894119899

]WL 5FZ SZJFDF VFJ[ TM S[YM0 5F[ S[8]

lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

82 A 5 ampere current is passed through a solution of zinc sulphate for 40 minutes The amount of zinc deposited at the cathode is

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry


83 DCv119868119868 GF TtJMGF ltO[8GL 5F6LDF atildeFjITF

119861119890 YL 119861119886 TZO HTF 38[ K[ SFZ6 S[PPP

(a) UPlA DF JWFZM YFI K[P (b) VFPNDF JWFZM YFI K[P (c) [8L eacuteOcircDF 38F0M YFI K[P (d) Be+2 H[JF GFGF VFIGM DF8[GL JW]

MltJ[XG eacuteOcirc

83 The solubility in water of sulphates down the Be group is Be gt Mg gtCagtSrgt Ba This is due to

(a) increase in melting points (b) increasing molecular weight (c) decreasing lattice energy (d) high heat of solvation for smaller ions like

Be2+

84 p5ZGF IMHGG] FR] IUPAC GFD H6FJMP

(a) 67 0FIlDYF 7v119899 5|M5F GMG[G (b) 45 0FIlDYF 4v YF 0[S[G (c) 34 0FIlDYF 3v119899 5|M5F GMG[G (d) 67 0FIlDYF 7v YF 0[S[G

84 Which of the following is correct IUPAC name for the following compound

(a) 6 7 ndash dimethyl ndash 7 ndash n ndash propylnonane (b) 4 5 ndash dimethyl ndash 4 ndash ethyldecane (c) 3 4 ndash dimethyl ndash 3 ndash n ndash propylononane (d) 6 7 ndash dimethyl ndash 7 ndash ethyldecane

85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ

A) MgO 1) [S8=MG IMHS

B) H2 2) CvIMHS

C) [Cu(NH3)4]2+ 3) JUvC IMHS

4) HvAW

(a) (A ndash 1) (B ndash 2) (C ndash 3) (b) (A ndash 1) (B ndash 4) (C ndash 3) (c) (A ndash 2) (B ndash 4) (C ndash 1) (d) (A ndash 3) (B ndash 2) (C ndash 1)

85 Match list 1 and list 2 and select the correct answer using the codes given below the lists

List 1 (Compounds)

List 2 (Types of bonds)

A) MgO 1) Electrovalent

B) H2 2) Covalent

C) [Cu(NH3)4]2+ 3) Coordinate

4) Hydrogen bond


Chemistry


86 TtJM 119909 119910 119911 GM 5PEcircDFS VG]EcircD[ 1937 VG[

55 K[P GLR[GFDFYL SI] lJWFG FR] K[ T[VM

DF8[ m

(a) 5PEcircDFS JWJFGL FY[ T[VMGL V5GLSZ6 eacuteOcirc

JWX[P (b) 119910 GL VFIGLSZ6 eacuteOcirc 119909 VG[ 119911 JrR[GL CMIP (c) 119911 GL VFIGLSZ6 eacuteOcirc FYL JW] CX[P (d) 119910 GL VFIGLSZ6 eacuteOcirc FYL JW] CX[P

86 Elements X Y and Z have atomic numbers 19 37 and 55 respectively Which of the following statements is true about them (a) Their ionization potential would increase

with increasing atomic number (b) Y would have an ionization potential

between those of X and Z (c) Z would have the highest ionization

potential (d) Y would have the highest ionization

potential

87 GMJM[S V[PPPPP

(a) lOGM VG[ OMDFlt0LCF0 JrR[GL Z[BLI 3GG

lG5H K[P (b) I]ZLIF VG[ OMDFlt0LCF0 JrR[GL lDz AlWT

WGG lG5H K[P (c) lOGM VG[ OMDFlt0LCF0 JrR[GL lDz AlWT

3GG lG5H K[P (d) I]ZLIF VG[ OMDFlt0LCF0 JrR[GL Z[lBI WGG

lG5H K[P

87 Novolac is (a) linear condensation product of phenol and

formaldehyde (b) cross linked condensation product of urea

and formaldehyde (c) cross linked condensation product of

phenol and formaldehyde (d) linear condensation product of urea and

formaldehyde

88

p5ZGL ZRGF S 5|lEcircIF K[ m

(a) A[IZ 5acirclT (b) Z5LS 5acirclT (c) CM 5acirclT (d) EcircM 5acirclT

88 This flow ndash sheet is for a Baeyerrsquos process b Serpeckrsquos process c Hallrsquos process d Krollrsquos process

Chemistry


89 1198621198672 = 1198621198672 + 1198672

119873119894minus minus minus minus minusrarr

250deg minus 3001198621198673 minus

1198621198673 VF 5|lEcircIFPPPPP

(a) J]8h 5|lEcircIF (b) A[8LIZ VG[ [g0Z[g 5|lEcircIF (c) SMltA[ 5|lEcircIF (d) SFAF V[DFG 5|lEcircIF

89 The reaction

1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus 1198621198673 is called

(a) Wurtz reaction (b) Kolbersquos reaction (c) Sabatier and Senderens reaction (d) Carbylamine reaction

90 V[S REcircLI CF0=MSFAG IMHG 119860 DF VFJ[F

AWF H 119862 VG[ 119867 5ZDF6] V[S H DT DF

K[P AWF H 119862 minus 119862 AW AF 154Å YL

VMKL HIFZ[ 134Å YL JW] K[ TM AWSM6

S[8M CX[ m

(a) 109deg28prime (b) 100deg (c) 180deg (d) 120deg

90 Cyclic hydrocarbon lsquoArsquo has all the carbon and hydrogen atoms in a single plane All the carbon ndash carbon bonds have the same length less than 154 119860 but more than 134119860 The

bond angle will be (a) 109deg28prime (b) 100deg (c) 180deg (d) 120deg

BIOLOGY


91 DtI]G[ LW[ OgraveJGvTtJMYL ZRFI[F N[CGF atildejIM OZL

5FKF X[DF EL OcircI K[ m (a) JFTFJZ6 (b) HFJZ6 (c) YFJZ6 (d) 5IFJZ6

91 Due to death component of body further turn

tohelliphellip

(a) atmosphere (b) hydrosphere

(c) lithosphere (d) environment

92 DFHDF DFlJQ8 K[PPPPPPP (a) DFG 5|OcirclTGM DC

(b) DFG JlTGM DC (c) DFG OcirclTGF jIlSTVMGM DC

(d) V[S FDFgI JJF8DF OgraveJG UFTL

JlTVMGM DC

92 A community includes ______

(a) a group of same genera

(b) a group of same population

(c) a group of individuals from same species

(d) different populations interacting with

each other

93 GLR[ VF5[ SI] OcirclT DF8[ VtI K[ m (a) OcirclTGF eIM VFTZ5|HGG SZL XS[ K[P

(b) OcirclTGF eIMDF lJlJWTF HMJF D[ K[P (c) 5|tI[S OcirclT ALOgrave VgI OcirclTVMYL 5|HGGGL

ZLT[ VU CMI K[P

(d) V[S H OcirclTGL JTL JrR[ HGLG5|JFC HMJF

DTM GYLP

93 Which of the following is incorrect for

species

(a) Inter reproduction occur in members of

species

(b) Diversity occurs in members of species

(c) Each species differ from other by the

method of reproduction

(d) Gene flow does not seen in the

population of same species

94 lJ`JGF H]NF H]NF EFUMDFYL FJ[ J1F4 1F]54

KM04 VFZMCL JG5lTVM VG[ ALOgrave OgraveJT

JG5lTVMGM J7FlGS -A[ IMHGFAacirc U|C

V[8[PPPPPP (a) JG5lT U|CFI (b) JG5lT pnFG

(c) dI]lhID (d) VEIFZ^I

94 Scientifically planned of trees shrubs herbs

and climbers and other living plants from

different parts of the globe means ______

(a) Herbarium

(b) Botanical garden

(c) Museum

(d) Sancturies

95 GLR[GFDFYL V[S HM0S] VIMuI K[P (a) Z1F6 v 5[XLvJWG

(b) SFtDS VFSQF6 v DCFSFI J0

(c) HDFhD A[gS v HGLG

(d) MS[JF v OMWFG

95 Which one of the following pairs is

incorrect

(a) Conservation ndash Tissue culture

(b) Asthetic appeal ndash Great Banyan tree

(c) Germplasm bank ndash Gene

(d) Public service ndash Horticulture operation

BIOLOGY


96 lJ`JGM FYL lJbIFT JG5lTpnFGPPPPP (a) M0 AM8FlGS UF0G4 NFlHlU

(b) gIIMS AM8FlGS UF0G4 I]PV[PV[P (c) ZMI AM8FlGS UF0G4 SI]4 lA|8G

(d) ZMI AM8[lGS UF0G4 l0GL4 VM8=[lIF

96 The most famous Botanical garden of the

world is _____

(a) Lyoid Botanical Garden Darjeeling

(b) New York Botanical Garden USA

(c) Royal Botanical Garden Kew England

(d) Royal Botanical Garden Sydeny

Australia

97 VF5[ VFSlTDF 119886 X] NXFJ[ K[ m

(a) laumlVUL (b) 5|Ml88F (c) l+VUL (d) D[8FOFI

97 In given diagram what ldquoardquo indicates

(a) Bryophyta (b) Protista

(c) Pteridophyta (d) Metaphyta

98 JFZG[ OgraveJT U6L XSFI4 SFZ6 S[PPP (a) pt[RSMlJlCG K[P

(b) 5|M8LGG] VFJZ6 WZFJ[ K[P

(c) HGLlGS atildejI WZFJ[ K[P

(d) T[ JI5|HGlGT K[P

98 Viruses can be considered living as

they_____

(a) lack enzymes

(b) have protein coats

(c) have genetic material

(d) can replicate

99 GLR[GFDFYL SIF HYDF ALOcirc6]lGDF6 VG[

E|6lGDF6 YFI K[4 5ZT] ALH VG[ JFCS5[XLGM

VEFJ K[ m (a) laumlVUL (b) l+VUL (c) VFJT ALHWFZL (d) OU

99 Which of the following have spore

formation as well as embryo but no seeds

and are not vascularized

(a) Bryophytes (b) Pteridophytes

(c) Angiosperms (d) Gymnosperms

100 8G lg0=MD X[GF SFZ6[ YFI K[ m (a) 5MLM0L

(b) 5MLMlGS ZU+M (c) 8=FIMlDS ZU+M

(d) DMGMMlGS ZU+ sV[SSLI ZU+f

100 Turner‟s syndrome is due to ______

(a) Polyploidy

(b) Polysomic chromosomes

(c) Trisomic chromosomes

(d) Monosomic chromosome

BIOLOGY


101 SIF J7FlGS[ XMW SZL S[ SMQFM A[ 5|SFZGF X]EcircSMQFM

pt5gG SZ[ K[P V[S ZU+GL CFHZL NXFJ[ K[ VG[

ALH] U[ZCFHZL NXFJ[ K[P (a) D[S]U (b) C[lgSU (c) 8LJG VG[ lA|Ograve (d) UMlt0lDY

101 Who observed that insect produced two

kinds of sperms The difference was in the

presence or absence of the chromosome

(a) Mc Lung

(b) Henking

(c) Stevens and Bridges

(d) Gold schmidt

102 0=MMlOFDF XA GM U]6MiquestZ 05 CMI TM T[PPP (a) FNM GZ CMI

(b) FNL DFNF CMI (c) ]5Z JwIGZ CMI

(d) VFTZOcircTLITF CMI

102 In drosophila if the ratio of XA is 05

than ____

(a) normal male

(b) normal female

(c) super sterile male

(d) intersex sterile

103 A EDZLVM4 Z[XDGF SL0F JU[Z[ UFIG[g0=MDMO

5|SFZGL OcircT CMI K[P R X ZU+M U]DFJJFYL VYJF laumlSMQFS[gatildeLI

V0SMQF AGJFGL 38GF EDZLVM4 Z[XDGF SL0FVM

JU[Z[DF 38[ K[P (a) A VG[ R AG[ FRF K[4 HIFZ[ R V[ A GL

DHTL K[P

(b) A VG[ R AG[ FRF K[4 5ZT] R V[ A GL

DHTL GYLP

(c) A FR] K[ VG[ R BM8] K[P

(d) A BM8] K[ VG[ R FR] K[P

103 A Wasps silkworms etc are

gynandromorphs

R Due to loss of X-chromosomes or due to

binuleated eggs wasps silkworms etc are

developed

(a) A and R both correct and R is correct

explanation of A

(b) A and R both correct and R is not correct

explanation of A

(c) A is correct and R is false

(d) A is false and R is correct

104 VUT HM0 5N SZMP (a) 0=MG SL8SM v 32 ZU+M

(b) DUZ v GLR] TF5DFG 0FVMG[ GZ TZLS[ lJSFJ[ (c) SFG O[lt8 lg0=MD v V[S AFZAM0L

(d) UFIG[g0=MDMO v DFBLVM

104 Find the mismatch pair

(a) Drone insect ndash 32 chromosomes

(b) Crocodile ndash lower temperature induce

female

(c) Klinefelter‟s syndrome ndash one barr body

(d) Gynandromorphs - drosophila

105 T[ DMGMMDLGL lYlT NXFJ[ K[P (a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

105 Which of the following condition is called

Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY


106 FDFgI sup1lQ8 WZFJTM DG]QI S[ H[GF l5TF ZUVW

CMI V[ H[GF l5TF ZUVW CMI T[JL +L FY[ uG

SZ[ K[P T[DG] 5|YD AFS 5]+L CMI TM T[ AFS

ZUVW CMJFGL EFJGF S[8L m (a) 100 (b) 0 (c) 25 (d) 50

106 A normal-visioned man whose father was

colour blind marries a woman whose father

was also colour blind They have their first

child as a daughter What are the chances

that this child would be colour blind

(a) 100 (b) 0

(c) 25 (d) 50

107 CS H[JL ZRGF SM6 WZFJ[ K[ m (a) S5F (b) h[lgYID sUF0lZI]f (c) VFS0M (d) DF8LGLVF sJLK]0Mf

107 Who is having hook-like structure

(a) Cotton (b) Xanthium

(c) Calotropis (d) Martynia

108 VFJT ALHWFZL JG5lTDF GZHgI]HGSG] lGDF6

SIF SMQFDFYL YFI K[ m (a) 3]ALOcirc6] DFTSMQF (b) 3]ALOcirc6] (c) HGGSMQF (d) JFG5lTS SMQF

108 Male gametes in angiosperms are formed

by the division of _____

(a) microspore mother cell

(b) microspore

(c) generative cell

(d) vegetative cell

109 S[[F 5|SFZGL JG5lTGF E|65]8DF SMQFS[gatildeMGL

UM9J6L GLR[GF 5SL S[JL CMI K[ m (a) 3 + 3 + 2 (b) 2 + 3 + 3 (c) 2 + 4 + 2 (d) 3 + 2 + 3

109 The arrangement of the nuclei in a normal

embryosac in the dicot plants is ________

(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3

110 400 ALHGF lGDF6 DF8[ S[8F 5ZFU DFTSMQF

VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200

110 Normally how many Pollen mother cells

are necessary for formation of 400 seeds

(a) 500 (b) 400

(c) 100 (d) 200

111 OlTF0DFYL OcircI[F GJF SMQFMDFYL S lEcircIF aumlFZF

5[XL4 VU VG[ VUT+M ZRFI K[ m (a) SMQFlJE[NG (b) SMQFlJEFHG (c) ~5FTZ6 (d) V[S56 GCL

111 By which process are the tissue organ

and organ system produced from a new cell

(a) Cell differentiation (b) Cell division

(c) Meiosis

(d) Alternation of generation

112 ]SMQFS[gatildeL SMQFGL SXF SIF 5|SFZGL UM9J6L NXFJ[

K[ m (a) 9 + 0 UM9J6L (b) 9 + 2 UM9J6L (c) 7 + 2 UM9J6L (d) 2 + 9 UM9J6L

112 The composition of cilia in eukaryotic

cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY


113 VFlNSMQFS[lgatildeI S AFATDF ]SMQFS[lgatildeIYL VU

50[ K[ m (a) ZUS6 VG[ SMQFS[gatilde

(b) SMQFNLJF VG[ DNA (c) DNA VG[ S6FE+

(d) SMQFZTZ VG[ SMQFS[gatilde

113 Prokaryotic amp Eukaryotic differ with each

other in which composition

(a) Chromatin amp nucleus

(b) Cellwall amp DNA

(c) DNA amp Mitochondria

(d) Cell envelope amp nucleus

114 IMuI ZLT[ HM0L VG[ IMuI AW NXFJTM FRM

lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI

A VToSMQFZOcirc i SMQFG] XlST3Z K[

B D]ST lZAMhMd ii HlGIDG VG[

ptHGDF EFU [

K[P

C S6FE+ iii ll50 `[QF6

D VFS]RS ZWFGL iv 5|M8LGG] `[QF6 SZ[

K[P

114 Match the following

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

Cell organelle Function

(A) Endoplasmic reticulum

(i) Cellular respirtion

(B) Free ribosomes amp formation

(ii) Associated with osmotic regulation

(C) Mitochondria (iii) Formation of lipid

(D) Contractile Vacuole

(iv) Synthesis of protein

115 lJWFG P VG[ Q JFRMo P NZ[S SMQFMDF S6FE+GL bIF T[ SMQFGL

N[CWFlDS lEcircIFVM p5Z VFWFlZT GYLP

Q JG5lT VG[ 5|F6LSMQF AG[DF S6FE+

VFJ[F K[P VF5[F lJSlt5DFYL FRM lJSlt5 5N

SZMP (a) lJWFG P FR] K[4 Q BM8] K[P

(b) lJWFG Q FR] K[4 P BM8] K[P (c) lJWFG P VG[ Q AG[ tI K[P

(d) lJWFG P VG[ Q AG[ VtI K[P

115 Read P amp Q statement

P In cell number of mitochondria are not

associated with the functions of cell

Q Mitochondria is common in both plant amp

animal cell

Choose the correct alternative

(a) Statement P is true amp Q is false

(b) Statement Q is true amp P is false

(c) Statement P amp Q both are true

(d) Statement P amp Q both are false

BIOLOGY


116 GLR[GFDFYL SI] lJWFG VtI K[ m (a) ClZTS6 VG[ S6FE+DF VFTlZS lJlJWTF

CMI K[P YFI[SM0GM VJSFX YFI[SM0 58YL

VFJlZT GYLP (b) ClZTS6 VG[ S6FE+ AG[ DNA WZFJ[ K[P (c) FDFgITo ClZTS6 S6FE+ SZTF DM8] CMI

K[P (d) ClZTS6 VG[ S6FE+ AG[ VTo VG[ AFigraveF

VFJZ6 WZFJ[ K[P

116 Choose the false alternative

(a) Chloroplast amp mitochondria both have

intermal spaces Thaylakoid space is

surrounded by thylakoid membrane

(b) Chloroplast amp mitochondria boths have

DNA

(c) Generally chloroplast are more bigger

than mitochondria

(d) Chloroplast amp mitochondria both have

outer and inner membrane

117 T[ 5|OgraveJ D]NFIG] 5|F6L K[P (a) CFIMG[DF (b) VM5[LGF (c) 5MgOgraveF (d) SMZ

117 An example of protozoans

(a) Hyalonema (c) Spongila

(b) Opalina (d) Lucosolenia

118 VlIF VG[ JNF JrR[ V[S ZRGF DFG K[PPPP (a) J1F R[TFZHH] (b) AW Z]lWZFlEZ6T+ (c) ptlUSF (d) `JFGL

118 Earthworm and cockroach have one thing

in common_____

(a) ventral nerve cord

(b) closed blood vascular system

(c) nephridia

(d) trachea

119 SMDv119868 DF 5|RG VUM VF5[F K[ T[GL FY[ T[ H[

D]NFIDF HMJF D[ K[ T[GF GFD SMDv 119868119868 DF

VF5[F K[P AG[ SMDGF IMuI IMHG FY[GF

DF1FZM 5N SZMP Column - I Column - II 5|RG VUM D]NFI

(A) BM8F 5U (p) DN]SFI

(B) VlERZ65FN (q) SFlYDtI

(C) DF 5U (r) 5|OgraveJ

(D) DLG51F (s) G]5ZS

A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

119 Match the locomotory organs given

under Column - I with the phylum in which

they are seen listed in Column - II Choose

the answer which gives correct combination

of alphabets of the two column

Column - I Column - II

locomotory Structure Phylum

(A) Pseudopodia (p) Molluse

(B) Parapodia (q) Chondriochthyes

(C) Muscular foot (r) Protozoa

(D) Fins (s) Annelida

A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY


120 A RFDFRLl0I] VG[ jC[ TG TZLS[ JULST

SZFI K[P R RFDFRLl0I] VG[ jC[G] igraveNI RFZ B0MG] AG[]

K[P (a) A FR] K[ VG[ R T[GL DHTL K[P

(b) A FR] K[ VG[ R 56 FR] K[4 5ZT] T[ A GL

DHTL GYLP


(d) A VG[ R AG[ BM8F K[P

120 A Bats and Whales are mammals

R Bats and Whales have 4-chambered heart

(a) A is correct and R is its explanation

(b) A is correct and R is also correct but it

isn‟t its explanation

(c) A is correct and R is wrong

(d) A and R are wrong

121 Z1F6 DF8[GF ~5FTZM DF8[ SI] lJWFG IMuI GYL m (a) OFO0FYMZDF 56 VG[ p556M S8SDF O[ZJFIP

(b) ZFDAF6DF 56FU| S8SDF O[ZJFIP (c) AFJDF p556M S8SDF O[ZJFIP

(d) AMZ0LDF 56M VG[ p556M S8SDF O[ZJFIP

121 Which of the following statement is not

proper for modification for protection

(a) In Opuntia the entire leaf becomes a

spine

(b) In Agave the leaf apex becomes spiny

(c) In Acacia the stipules become spiny

(d) In Zizyphus the leaf and stipules become

spiny

122 lJWFG X Y VG[ Z DF8[ FRM lJSlt5 K[P lJWFG o

X o A8F8FG[ U|YL SC[ K[P

Y o T[ V[S H VFTZUF9GL AG[L BMZFSU|CL

ZRGF K[P

Z o T[GF ElDUT 5|SF0 5Z VF5[F XlltS56MGL

S1FDFYL pNEJTL XFBFVMGL 8MR BMZFSGM U|C

SZ[ K[P (a) lJWFG X VG[ Z FRF K[ VG[ lJWFG Y BM8]

K[P lJWFG Z X G] FR] SFZ6 K[P

(b) lJWFG X VG[ Z FRF K[ VG[ lJWFG Y BM8]

K[P lJWFG Z X G] FR] SFZ6 GYLP (c) lJWFG X VG[ Z FRF K[ Z BM8] K[P

(d) lJWFG Y VG[ Z FRF K[ X BM8] K[P

122 Which of the following option is correct

for the given statements X Y and Z

Statements

X Potato is called tuber

Y It is food storing structure consist of

single internode

Z It stores food in apical regions of the

branches arising from the axil of

underground scaly leaves

(a) Statement X and Y are correct and Z is

wrong

(b) Statement X and Z are correct and Y is

wrong and statement Z is not correct

reason of X

(c) Statement X and Z are correct and

statement Y is wrong and statement Z is

correct reason of X

(d) Statement Y and Z are correct and X is

wrong

BIOLOGY


123 VF5[ VFSlT GLR[GFDFYL S JG5lT DF8[ FRL

K[ m

(a) 5FlZOcircTS (b) FU (c) VFS0M (d) C[D[lIF

123 For which plant given diagram is correct

(a) Nyctanthus (b) Teak

(c) Calotropis (d) Hamelia

124 HM SM REcircGF 38SMGL V[S lSGFZL 5KLGF 38S 5Z

VFrKFNLT CMI VG[ ALOgrave lSGFZL VgI 38S J0[

VFrKFlNT CMI TM T[G[ PPPPPPPPP SlSFgTZ

lJgIF SC[ K[P (a) jIFJT (b) VFrKFNLT (c) WFZF5XL (d) lSJGS]lXI

124 If the component members have their one

margin overlapped by the other margin of

another component and the other margin

over lapping the margin of another

component then this aestivation is called

_______

(a) Twisted (b) Valvate

(c) Imbricute (d) Quincuncial

125 GLR[GFDFYL SI] VU U|lYVM JUZG] K[ m (a) UEFXI (b) IMlGDFU (c) J]ltJF (d) V0JFlCGL

125 Which of the following organs is devoid

of glands

(a) Uterus (b) vagins

(c) Vulva (d) Oviduct

126 DG]QIGF 5|FYlDS 5JV0SMQFDF NlCS ZU+MGL

bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22

126 The number of autosomes in human

primary spermatocyte is

(a) 46 (b) 44

(c) 23 (d) 22

127 VUT I]uD SI] K[ m (a) VFTZFLI SMQFM v 8[8M8[ZMG (b) X]EcircFU| v CFI[ltI]ZMlG0[h (c) SM5 ltI]l8ID v 5|MH[8[ZMG (d) CF5MY[[D v FSH

127 Spot the wrong pair

(a) Interstitial cells ndash Testosterone

(b) Acrosome ndash hyaluronidase

(c) Corpus luteum ndash progestrone

(d) Hypothalamus ndash FSH

BIOLOGY


128 +LVMDF AFigraveF CFIS 5|HGG VUMG] HY SI] K[ m (a) UF6 EUMQ94 D]bI EUMQ94 EuGlXl`GSF (b) UF6 EUMQ94 D]bI EUMQ94 U|LJF (c) UF6 EUMQ94 D]bI EUMQ94 IMlGDFU (d) UF6 EUMQ94 D]bI EUMQ94 V0JFlCGL

128 Which of the following is the group of

external Genitalia in human female

(a) Labium minora Labium majora Vagina

(b) Labium minora Labium majora

Clitoris

(c) Labium minora Labium majora

Oviduct

(d) Labium minora Labium majora Cervix

129 lGJGT+DF SI] REcirc VJFNLREcirc K[ m (a) CF0=MHGREcirc (b) VMlSHGREcirc

(c) OMOZREcirc (d) GF8=MHGREcirc

129 Which Nutrient cycle is sedimentary

cycle in ecosystem

(a) Hydrogen cycle (b) Phosphorus cycle

(c) Nitrogen cycle (d) Oxygen cycle

130 JG5lTVM aumlFZF SIF 5|SFZGM OMOZ h05YL

XMQFFI K[ m (a) IMHG J~5[ (b) VatildeFjI J~5[ (c) VFIGM J~5[ (d) SM56 J~5[

130 Which type of phosphorus is rapidly

absorbed by plants

(a) In form of compound

(b) In the insoluble form

(c) In the ion form

(d) In any way

131 A NZ[S 5MQFSTZ[ eacuteOcirc 38TL ZC[ K[P R XlSTGF ~5FTZ6 NZlDIFG pQDF U]DFJFI K[P (a) A VG[ R FRF K[4 H[DF R V[ A GL DHTL

K[P

(b) A VG[ R FRF K[4 5ZT] R V[ A GL DHTL

GYLP

(c) A FR] K[ HIFZ[ R BM8] K[P

(d) A BM8] K[ HIFZ[ R FR] K[P

131 A At each trophic level the amount of

available energy keeps decreasing

R Heat is lost during the energy

transformation

(a) A and R are true in which R is a

explanation of A

(b) A and R are true but R is not a

explanation of A

(c) A is true while R is wrong

(d) A is wrong while R is correct

132 HLI JG5lTG] TZ S[J] K[ m (a) lJ38SM (b) 5|FYlDS p5EMUL

(c) laumlTLI p5EMUL (d) 5|FYlDS pt5FNSM

132 How is the layer of aquatic plants

(a) Decomposers

(b) Primary Consumer

(c) Secondary consumer

(d) Primary producers

BIOLOGY


133 ZM0 AGFJJF DF8[GL FDU|LDF SIF SRZFGM

p5IMU VUtIGM U6FI K[ m (a) vSRZM (b) HJ lJ38GLI SRZM

(c) Fl8S SRZM (d) VF5[ AWF H

133 Use of which waste is important for road

construction material

(a) e - waste

(b) Bio degradable waste

(c) Nitrogen cycle

(d) All given

134 CPCB G] 56GFD X] K[ m (a) [g8= 5|MlJg Sg8=M AM0

(b) [g8=Fh 5MltI]XG V[g0 S[lDS AM0

(c) [g8= 5MltI]XG Sg8=M AM0

(d) [g8Z OMZ 5MltI]XG V[g0 S[lDS AM0

134 What is full form of CPCB

(a) Central Province Control Board

(b) Centralized Pollution and Chemical

Board

(c) Central Pollution Control Board

(d) Centre for Pollution and Chemical Board

135 SMDv119868 DF DDT G] 5|DF6 VF5[ K[ VG[ SMDv119868119868 DF 38SM VF5[F K[ TM T[G[ IYFY ZLT[ HM0Mo

(a) (a-iv) (b-v) (c-iii) (d-i) (e-ii)

(b) (a-iii) (b-ii) (c-i) (d-iv) (e-v)

(c) (a-iii) (b-i) (c-ii) (d-v) (e-iv)

(d) (a-v) (b-i) (c-ii) (d-iv) (e-iii)


(a) 0003 ppm (i) DFKL BFGFZF 51FL

(b) 25 ppm (ii) JSM

(c) 004 ppm (iii) 5F6L

(d) 05 ppm (iv) DM8L DFKL

(e) 2 ppm (v) GFGL DFKL

135 In column-I proportion of DDT is given

and in column - II the units are given so join

properly them






(a) 0003 ppm (i) Fish eating birds

(b) 25 ppm (ii) Plankton

(c) 004 ppm (iii) Water

(d) 05 ppm (iv) Big fishes

(e) 2 ppm (v) Small fishes

136 5|NQF6GF SFZ6[ YTM ZMU

(a) SJL (b) ZigraveF]D[8LhD

(c) CLDMlOLIF (d) A|MgSF8L

136 Diseases due to pollution

(a) Scurvy (b) Rheumatism

(c) Haemofailea (d) Bronchitis

137 5MLgI]lSVM8F0GF 5prime K[0[PPPPP

(a) minusOH DC HM0FI[M K[P (b) OMO[8 HY HM0FI[ K[P (c) 5[g8Mh XSZF HM0FI[ K[P

(d) ndash H AW HM0FI[ K[P

137 At 5‟ end of a polynucleotids chain

(a) ndash OH group is attached

(b) Phosphate group is attached

(c) Pentose sugar is attached

(d) H ndash bond is present

BIOLOGY


138 ZFFIl6S 5|lEcircIFDF lZl8=SXG V[g0MgI]lSV[lh

J0[ pt5gG YTF DNA GF 8]S0FVMG[ H[GFYL K8F

5F0L XSFIP

(a) 5MlDZ[h R[G lZV[SXG (b) [S8=MOMZ[l (c) lZl8=SXG D[5LU (d) [lg8=OI]U[XG

138 DNA fragments generated by the

restriction endonucleases in a reaction can

be separated by

(a) Polybmerase chain reaction

(b) Electrophoresis

(c) Restriction mapping

(d) Centrifugation

139 5|tIFSG NZlDIFG 5|DM8Z YFG[ SIM pt[RS

HM0FI K[ m

(a) RNA 5MlDZ[h (b) DNA 5MlDZ[h (c) C[LS[h (d) UFIZ[h

139 Which enzyme is attached to promotor

site during transcription

(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase

140 VMSO0 VU|[Ograve l01FGZL VG]FZ ZMU V[8[PPPP (a) XZLZGF EFUMGL RMSS lGXFGLVM FY[

BZFA lEcircIFXLTF

(b) VJYTF 5[NF SZTM SM 56 EFlTS S[

lEcircIFtDS O[ZOFZ (c) OgraveJT OgraveJGF JFyIG[ AUF0[ T[JM SM 56

EFlTS S[ lEcircIFtDS O[ZOFZ

(d) XZLZGF S[8FS EFUMGL V[JL lYlT S[ H[

T[VMGF SFIMDF B[ 5CMRF0[

140 According to Oxford English dictionary a

disease is _____

(a) Malfunctioning of the definite body

parts

(b) Any physical or actional change from

normal condition

(c) Condition of body or bodys part that

obstructs the functioning of them or

create a chaos

(d) The bad performance of body or body‟s

parts with some particular symptoms

141 PMNL X] K[ m (a) V[SS[lgatildeS6M

(b) GlUS DFZSSMQFM (c) T8YS6M

(d) D[EcircMO[h

141 What sis PMNL

(a) Physical barrier

(b) Physiological barrier

(c) Cellular barrier

(d) Cyokine barrier

142 ARC G] 56 GFD VF5MP (a) V[0 lZR [g8Z

(b) V[0 lZ[8[0 SMd[S (c) V[0 lZ[8[0 SM5MZ[XG

(d) V[0 lZ8=MJFZ SMd[S

142 ARC is _______

(a) AIDS research center

(b) AIDS related complex

(c) AIDS related co-operation

(d) AIDS Retrovirus complex

BIOLOGY


143 VFJxIS SFZS X pT[HS S] V[8[PPPP

(a) XII + FSF + uFISMll50 +Ca2+

(b) IX + AHG + uFISMll50 +Ca2+

(c) XII + FSF + OMOMll50 +Ca2+

(d) IX + AHG + OMOMll50 +Ca2+

143 What is intrinsic factor -X- activator

complex

(a) XII + FSF + Glycolipid +Ca2+

(b) IX + AHG + Glycolipid +Ca2+

(c) XII + FSF + Phospholipid +Ca2+

(d) IX + AHG + Phospholipid +Ca2+

144 IMuI lJSlt5 5N SZMP

Column I Column II Column III

(a) A[hMlOlt (p) 1 YL 4 (i) 1DOgraveJMGM

GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM

(c) gI]8=MlOlt (r) 20 YL 45

(iii) V[Ograve5|[ZS

(d) VdZFUL

S6 (s) 0 YL 1 (iv) ZMU5|lTSFZSTF

(a) (a-s-ii) (b-r-iv) (c-q-ii) (d-p-iii)

(b) (a-s-ii) (b-r-iii) (c-p-i) (d-q-iv)

(c) (a-p-ii) (b-q-iv) (c-r-iii) (d-s-i)

(d) ( a-r-i ) (b-q-iii) (c-s-iv) (d-p-ii)

144 Make Correct Pairs


(a) Basophil (p) 1 to 4

(i)

Kill micro-

organism

(b) Lymphocyte (q) 40 to

70 (ii)

Active

phagocytes

(c) Neutrophils (r) 20 to

45 (iii) Allergens

(d) Acidophils (s) 0 to 1

(iv) Immunity





145 ECG DF P TZU X] NXFJ[ K[ m

(a) S6SMGF SMRGGM VT

(b) S6SMGF SMRGGL X~VFT

(c) 1F[5SMGF SMRGGM VT

(d) 1F[5SMGF SMRGGL X~VFT

145 What P indicates in ECG

(a) End of atrium systole

(b) Starting of atrium systole

(c) End of ventricle systole

(d) Starting of ventricle systole

146 DG]QIG] 5uuml DUH +6 EFUMG] AG[] K[ H[ 5SLGM

V[SPPPPP

(a) SZM0ZHH] (b) S[MDSFI (c) VG]DlTQS (d) CF5MY[[D

146 The human hind brain comprises three

parts one of which is

(a) spinal cord (b) corpus callosum

(c) cerebellum (d) hypothalamus

147 ACNDlTQSGF AFigraveFSDF SIF 5|SFZGF R[TFSMQF

HMJF D[ K[ m

(a) V[S W|]JLI R[TFSMQF (b) AC]W|]JLI R[TFSMQF (c) laumlW|]JLI R[TFSMQF

(d) VF5[ 5SL V[S56 GCL

147 Which type of neurons are mainly found

in the cerebral cortex

(a) Unipolar neuron (b) Multipolar neuron

(c) Bipolar neuron (d) None of them

BIOLOGY


148 PPPPPPPP FDFgI SMQFG[ S[gZSMQFDF ~5FTlZT SZL

XS[ K[P

(a) V[U|MA[S8[lZID

(b) lZ8=MJFZ (c) 5]GoIMlHT DNA

(d) V[g0MgI]lSV[h

148 _____ can transform normal cells into

cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease

149 PCR VG[ lZl8=SXG B0 AF AC]~5STF V[

XFGF DF8[GL 5acirclT K[ m

(a) pt[RSGM VeIF (b) HGLlGS ~5FTZ6 (c) DNA lSJgLU (d) HGLlGS lOUZl5|g8LU

149 PCR and Restriction fragment length

polymorphism are the methods for

(a) Study of enzymes

(b) Genetic transformation

(c) DNA sequencing

(d) Genetic fingerprinting

150 V[SNL T[DH JG5lTGF ElDUT EFUMDF H[GM

VEFJ CMI V[JL 5[XL 5N SZMP

(a) DN]TS 5[XL

(b) sup1-MTS 5[XL (c) HJFCS 5[XL

(d) YSM6S 5[XL

150 Select the tissue which is not found in

monocotyledon plants and underground

regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma

151 D VG[ 5|SF0DF HJFCS 5[XLGM lJSF S[JM CMI

K[ m

(a) D v VTZFZEL4 5|SF0 v AlCZFZEL

(b) D v AlCZFZEL4 5|SF0 v VTZFZEL (c) D v AlCZFZEL4 5|SF0 v AlCZFZEL

(d) D v VTZFZEL4 5|SF0 v VTZFZEL

151 What type of xylem development is found

in root and stem

(a) Root ndash Exarch Stem ndash Exarch

(b) Root ndash Exarch Stem ndash Endarch

(c) Root ndash Endarch Stem ndash Exarch

(d) Root ndash Endarch Stem ndash Endarch

152 GFI]TT]SB0 X[GF JrR[G] VTZ K[ m

(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA

152 In sarcomere there is distance between

whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY


153 SMDv119868 DF FWFVMGF 5|SFZ VG[ SMDv119868119868 DF T[GF

pNFP VF5[ K[ FRF EcircDDF HM0MP


(a) eacuteBL FWM (i) SX[Z]SFVMGF HM0F6

(b) lDOcircUZFGM FWM (ii) VU9FG] CY[L TZO

JJ]

(c) JFL XSFI T[JM

FWM (iii) E]OcirclY VG[ SWD[BF

(d) SN]S pB FWM (iv) SF0FG] U]DFJJ]

(e) TT]DI FWM (v) SM6L

(f) SFlYDI FWM (vi) BM5ZLGF VlYVM

(a) (a-iv) (b-v) (c-ii) (d-iii) (e-i) (f-vi)

(b) (a-v) (b-i) (c-iii) (d-iv) (e-ii) (f-vi)

(c) (a-iv) (b-v) (c-ii) (d-iii) (e-vi) (f-i)

(d) (a-vi) (b-i) (c-ii) (d-iv) (e-v) (f-iii)

153 In column - I there are types of joints

While in Column - II there are examples

Join them in correct number


(a) Pivot point (i) Joints of

vertebrae

(b) Hinge joint (ii) Thumb can bend

towards the palm

(c) saddle joint (iii) Humerus and

pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists

(e) Fibrous joint (v) Elbow

(f) Cartilaginous

joint (vi) Bone of Skull





154 V[h[8MA[S8Z VG[ V[hM5FIlZD X[GF pNFCZ6 K[

m (a) COgraveJL N2 yFF5SM

(b) D]STOgraveJL N2 YF5SM (c) lJ38SM

(d) ZMUSFZS A[S8[lZIF

154 Azotobactor and Azospirillum are the

examples of

(a) symbiotic N2 fixer

(b) non-symbiotic N2 fixer

(c) pathogenic bacteria

(d) decomposers

155 BOD SMGL FY[ HM0FI[ K[ m (a) SFAlGS atildejIM

(b) 1D OgraveJM (c) 1D OgraveJM VG[ SFAlGS atildejIM

(d) p5ZMST 5SL V[S56 GlC

155 BOD is connected with

(a) organic matter

(b) microbes

(c) microbes and organic matter

(d) none of the above

BIOLOGY


156 IMuI HM0SF HM0Mo


(a) SFAMlS[XG (1) O2 EFU [ K[P

(b) OMOMZFI[XG (2) 5|SFX`JG

(c) 5F6LG] OM8Mll (3) 119877119906119887119894119904119862119874 (d) OMOMuFISM[8 (4) lSDMlgY[L

(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1

156 Match the following with correct

combination


(a) Carboxylation 1Oxygen evolution

(b) Phosphorylation 2 Photorespiration

(c) Photolysis of

water 3 RubisCO

(d) Phosphoglycolate 4 Chemosynthesis

(e) Nitrosomonas 5 ATP

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1

157 A OcircZS `JGDF S] 10 NADH2 VG[

2FADH2 GF V6]VM lGDF6 5FD[ K[P R NADH2 VG[ 2FADH2 4 34 ATP

V6]VMGF lGDF6DF DNN~5 YFI K[P (a) A VG[ R FRF K[4 H[DF R V[ A GL DHTL K[P

(b) A VG[ R FRF K[4 5ZT] R V[ A GL DHTL GYLP



157 A A total of 10 NADH2 and 2FADH2

molecules are formed in aerobic respiration

B NADH2 and 2FADH2 help in formation

of 34 ATP molecules


explanation of A


explanation of A



158 T[ ZMU5|lTSFZST+ SMQFMGF lJE[NG DF8[ DNN~5

K[P

(a) SMl8M (b) YFIDMlg (c) l8ZM0 (d) YFIZMlSG

158 It helps in differentiation of cells of the

immune system

(a) Steroid (b) Cortisol

(c) Thyroxine (d) Thymosins

159 GLR[G] SI] lJWFG VTo+FJ DF8[ FR] GYL m

(a) VTo+FJ LWF Z]lWZDF E[ K[P (b) DFGJGM 5|tI[S VTo+FJ ZFFIl6S sup1lQ8V[

5|M8LG K[P (c) 5|lEcircIF 56 YIF AFN T[VM OZLYL 5|FT YTF

GYLP (d) T[VM HJZFFIl6S 5|lEcircIFG[ piquest[H[ VYJF

VJZMW[ K[P

159 Which of the following is not true for

hormones

(a) They are not available again after the

process is over

(b) Hormones are directly poured into blood

(c) They include or inhibit bio-chemical

process

(d) Each and every hormone of human is

always chemically protein

BIOLOGY


160 lJSlTGM lJRFZ FJGFZPPPPPP

(a) JGLU l5|DZMh 5Z SFI SZGFZ igraveF]UMvNvlJ| (b) 5LD 8FJD 5Z SFI SZGFZ U|[UZ D[g0 (c) JlTDF JSllt5S SFZSMGL VFJlT 5Z SFI

SZGFZ CF0L lJGAU (d) FD]latildeS OZ NZlDIFG OgraveJMG] JlJwIG]

VJMSG SZGFZ RFlt 0FlJG

160 The idea of mutations was brought forth

by

(a) Hugo-de-vries who worked on evening

primrose

(b) Gregor Mendel who worked on pisum

sativum

(c) Hardy weinburg who worked on allele

frequencies in a population

(d) Charles Darwin who observed a wide

variety of organisms during sea voyage

161 FRL HM0 5N SZMP

(a) VM8=[M5[lYS v VFlO|SF (450 minus 600 119888119888) (b) OcircJFD[G v HDGL (800 119888119888) (c) lGV[g0Z Y v VFlSF (500 minus 600119888119888) (d) CMDM [l5Ig v Nl1F6v5J V[lXIF (1400 minus

1500119888119888)

161 Select correct pair

(a) Australopithecus ndash Africa (40 ndash 700CC)

(b) Java man ndash Germany (800 CC)

(c) Neanderthal ndash Africa (500 ndash 600 CC)

(d) Homo sapiens ndash South ndash East Asia

(1400 ndash 1500 CC)

162 CFIS ptHGvVU K[P

(a) igraveNI (b) H9Z (c) IST (d) 5[lgEcircIF

162 An accessory excretory organ is

(a) Heart (b) Stomach

(c) Liver (d) Pancreas

163 GLR[ RFZ lJWFGM VF5[F K[P FR] I]uD XMWMP (119894) u]SMh T[GL eacuteRL LDF lSDT WZFJ[ K[P

(119894119894) D+ C[g[GF 5FXDF S[lgatildeT YFI K[P

(119894119894119894) lCDM0FI[FIhZ I]lZIF4 I]lZS V[l04

u]SMh VG[ 5|M8LG NZ SZ[ K[P

(119894119907) uMDMZ]ZDF I]lZIF4 I]lZS V[l04 5F6L4

u]SMh VG[ FhDF 5|M8LG U6FI K[P

(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)

163 Find out correct pair from the under

mentioned four sentence

(i) Glucose have higher gradational value

(ii) Urine concentrate in Henle‟s loop

(iii) Haemodialyzer removes urea uric acid

Glucose and protein

(iv) In glomerulus urea uric acid water

glucose and plasma protein is counted

(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)

164 GLR[ VF5[ VFSlTDF 119886 lGN[lXT EFU S[8M

SM6 NXFJ[ K[ m (a) 108deg

(b) 10445deg (c) 9584deg

164 In given diagram labeled ldquoardquo = _______

(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY


(d) 90deg 165 SMGF HM0F6YL pt[RSG] lGDF6 YFI K[ m

(a) O[8L V[l0 (b) u]SMhGF V6]VM (c) V[lDGM V[l0 (d) SFAG 5ZDF6]VM

165 An enzyme will be formed by binding of

(a) fatty acids (b) glucose molecules

(c) amino acids (d) carbon atoms

166 cSMMOgravec XaN SM6[ VFIM m

(a) V[lZ8M8 (b) Z[8Z (c) llGI (d) VM0D

166 Who have defined word ecology

(a) Aristotal (b) Raiter

(c) Linnus (d) Odum

167 RQFS DFKL VG[ XFS JrR[GM AW PPPPPPPP

(a) COgraveJG (b) 5ZM5OgraveJG (c) E1F6 (d) CEMlHTF

167 What is a relationship between sucker

fish and shark

(a) Mutualism (b) Parasitism

(c) Predation (d) Commensalism

168 GFI]SMRG NZlDIFG SI] eacuteOcirc ~5FTZ HMJF D[m

(a) ZFFIl6S XlSTG] ~5FTZ6 lJn]T XlSTDF

(b) ZFFIl6S XlSTG] ~5FTZ6 IFl+S XlSTDF (c) IFl+S XlSTG] ~5FTZ6 lJn]T XlSTDF

(d) IFl+S XlSTG] ~5FTZ6 ZFFIl6S XlSTDF

168 Which energy transformation is found

during muscle contraction

(a) Chemical energy transform into electric

energy

(b) Chemical energy transform into

mechanical energy

(c) Mechanical energy transform into

electric energy

(d) Mechanical energy transform into

chemical energy

169 JNFG[ VG]1FLG[ SMDv I VG[ SMDv II DFYL FRM

lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]

(B) GZHGG lKatilde (q) ptUVlUSF

(C) pZ (r) GJDF B0DF J1F DwIEFU[ B[

(D) D]lBSF (s) N B0MG] AG[]

(E) DFllt5lWIG

GlSF (t) B0MGF HM0F6 5F[ JFltJI]ST A[

lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)

169 Select correct option in relation to

Cockroach from column-I to column - II


(A) Abdomen (p) Made up of three

segments

(B) Male genital

opening (q) Excretory organ

(C) Thorax (r) Opens in mid-ventral

region of 9th

segment

(D) Ostia (s) Male up of 10 segments

(E) Malpighian

tubule

(t) Two valvular opening at

the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)

170 JNFGF RG5FNGL ZRGFGF lJlJW B0MGM FRM

EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878

170 Choose the correct option for the

sequence of segments in the walking legs of

Cockroach

(P) Tibia (Q) Trochanter (R) Coxa

(S) Tarsus (T) Femur

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878

171 5JFJYFv I DF8[ GLR[GFDFYL FRF lJWFGM S[

lJWFG 5N SZMP (119894) l0M8LG NZlDIFG D~5 ZU+MGL

HM0LDFGF A[ ZU+MGL V[SD[SYL NZ BJFGL

X~VFT YFI K[P

(119894119894) hFIUM8LGDF lauml+L ZU+ 5Q8 RT]o+L

N[BFI K[P

(119894119894119894) 0FISFG[lDF JlTS RMS0LVMGF lGDF6

YFGMV[ 56 V[S+M K8F 50[ K[P

(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)

171 Which of the following statement is are

correct for Prophase-I

(i) During diplotene the members of each

pair of homologous chromosomes start

moving away from one another

(ii) In zygotene bivalent chromosomes

appear tetravalent

(iii) In diakinesis chromatids become

separated even at the sites of Chiasmata

(a) only (i)

(b) only (ii)

(c) only (i) and (iii)

(d) (i) (ii) and (iii)

172 cCNZ4 Z64 A8FSF VG[ 0]ULDF JFG5lTS

5|HGG YFI K[Pcv VF5[ lJWFGDF XL E K[ m

(a) cD aumlFZFc V[JM 5Q8 plt[B GYLP (b) cS1FSlSF aumlFZFc V[JM 5Q8 plt[B GYLP (c) c5|SF0 aumlFZFc V[JM 5Q8 plt[B GYLP (d) cSlSFVM aumlFZFc V[JM 5Q8 plt[B GYLP

172 bdquoGinger Turmeric Amorphophalus

Potato and Onion reproduce Vegetatively‟

What is mistake in given statement

(a) bdquothrough root‟ is not mentioned

(b) bdquothrough auxiliary bud‟ is not mentioned

(c) bdquothrough stem‟ is not mentioned

(d) bdquothrough floral bud‟ is not mentioned

173 DFGJ gI]LGGF pt5FNG DF8[ PSMF

FlD0G] JWG PPPPPPPPP WZFJTF 5MQFS

DFwIDDF SZFI K[P

(a) DFlt8Mh

(b) ]EcircMh (c) [S8Mh

(d) u]SMh

173 The Ecoli plasmids are cultured in a

nutrient medium containing ______ for the

production of human insulin

(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY


174 5[XL JWG 5acirclTDF lGJ[xIGL OcircJ6L DF8[ S[8]

TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21

174 Which constant temperature is required

by explants in tissue culture

(a) 24 (b) 10

(c) 20 (d) 21

175 LA]GM Z JWFZ[ CMI T[JM BMZFS [JFDF VFJ[ TM

8FR 5Z V[DFI[hGL VZ X] YFI m

(a) 5|lEcircIF h05L YFIP

(b) 5|lEcircIF WLDL YFIP

(c) 5|lEcircIF 5Z SM VZ G YFIP

(d) 5|lEcircIF V8SL OcircIP

175 In case of taking food rich in lime juice

the action on amylase on starch is

(a) enhanced

(b) reduced

(c) unaffected

(d) stopped

176 ptJ[NG DF8[ 5F6LG] JCG SIF AYL Y XS[ m

(a) XMQFSA (b) DNFA (c) VFlT (d) V[S56 GCL

176 By virtue of which pressure water moves

for transpiration

(a) Suction pressure

(b) Root pressure

(c) Osmosis

(d) None of these

177 UEH SM8L (AFT) G] FDFgI UT SI] K[ m

(a) IVF (b) ZIFT (c) GIFT (d) V[S56 GCL

177 Which is common matched of Amniotic

fluid Test (AFT)

(a) IVF (b) ZIF

(c) GIFT (d) none of them

178 IMuI HM0SF HM0MP

Column - I Column - II (A) Mg (p) VD]S V[lDGMV[l0DF HMJF D[P

(B) S (q) JG5lT DF8[ VUtI GYLP

(C) I (r) SMZMlOGM AWFZ6LI 38S K[P

(D) Mn (s) XSZFGM AWFZ6LI 38S K[P

(t) pt[RSGL lEcircITF DF8[ H~ZL 38S K[P

(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column

(II) (A) Mg (p) found in some amino acid (B) S (q) Not important for plants (C) I (r) Structural component of chlorophyll (D) Mn (s) Component of sugar

(t) Required for enzyme activity

(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t

179 `JG5F8L 5F[ JFTFJZ6GM O2 F

ZSTS6DF 5|J[XJFYL TZT H ZSTS6DF AGT]

ZFI6 S[ H[ V[ll0S K[P

(a) KHbO2 (b) HHbO2 (c) KHCO3 (d) H2CO3

179 In a substance which is acidic and forms

in RBC at first hand by entering of

atmospheric O2 at respiratory surface


180 0FUZGF KM0DF cDBKM0ZMUc aumlFZF SIF

VTo+FJGL XMW Y CTL m

(a) ABA (b) 2 4-D

(c) IAA (d) GA

180 Foolish seeding disease of rice lead to the

discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]

Read carefully the following instructions lGdG RGFVMG[ wIFG5JS JFRM o

1 Each candidate must show on demand hisher

Admit Card to the Invigilator

1 lGZL1FSGL DFU 5Z NZ[S 5lZ1FFYLV[ 5|J[X SF0 ATFJJ]P

2 No candidate without special permission of the

Superintendent or Invigilator would leave his her

seat

2 VlW1FS VYJF lGlZ1FS GL lJX[QF VG]DlT lJGF SM56

5lZ1FFYLV[ 5MTFG] YFG KM0J] GCLP

3 The candidates should not leave the Examination

Hall without handing over their Answer Sheet to the

Invigilator on duty and sign the Attendance Sheet

twice Cases where a candidate has not signed the

Attendance Sheet a second time will be deemed not

to have handed over Answer Sheet and dealt with as

an unfair means case

3 5lZ1FFYLV[ 0I]8L 5Z ZC[F lGlZ1FSG[ pTZ5+ MIF JUZ

5lZ1FF CM KM0LG[ HJ] GCL VG[ CFHZL 5+DF A[ JBT CL

SZJLP HM 5lZ1FFYLV[ ALOgrave JBT CFHZL 5+DF CL G SZL

CMI T[ lYlTDF4 TM pTZ5+ M5JFDF VFjIM GYL T[D DFGL

[JFDF VFJX[ VG[ T[G[ VG]lRT jIJCFZ U6JFDF VFJX[P

4 Use of Electronic Manual Calculator is prohibited

4 [S8=MlGS q CTRlT S[SI][8ZGM p5IMU lGQF[W K[P

5 The candidates are governed by all Rules and

Regulations of the Board with regard to their

conduct in the Examination Hall All cases of unfair

of means will be dealt with as per Rules and

Regulations of the Board

5 5lZ1FF CMDF NZ[S 5lZ1FFYLGF jIJCFZ AFAT4 AM0 aumlFZF

lGWFlZT WFZFWMZ6 G[ VFWLG K[P VG]lRT jIJCFZGL AWL

lYlTDF AM0GF WFZFWMZ6 D]HA SFIJFCL SZJFDF VFJX[P

6 No part of the Test Booklet and Answer Sheet shall

be detached under any circumstances

6 VF 5lZ1FF 5]lTSF VG[ pTZ5+GM SM56 EFU SM56

lYlTDF K8F 5F0JF GCLP

7 The candidates will write the Correct Test Booklet

Code as given in the Test Booklet Answer Sheet in

the Attendance Sheet

7 5lZ1FF 5]lTSFqpTZ5+DF VF5[ 5lZ1FF 5]lTSF SM0G[

5lZ1FFYLV[ ZBL ZLT[ CFHZL5+DF BJ]P

[ Rough Page ]

Physics










52 SF5F D[ K[P D[G S[GM 1 119898119898 V[




(a) 0052 cm (b) 0026 cm (c) 0005 cm (d) 052 cm

3 SM V[S S6 119909 = 0 DI[ 119905 = 0






(a) 1199053 (b) 1199052 (c) T (d) 11990512






Physics







(a) 02 Ns (b) 04 Ns (c) 08 Ns (d) 16 Ns



JBT[ CFY 02 119898 B[ K[ VG[ AM 2 119898


s119892 = 101198981199042 Mf

(a) 22 N (b) 4 N (c) 16 N (d) 20 N




pt5gG YT] 5]GoYF5S A 119865 = 119886119909 + 1198871199092 K[P




(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3


(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3






(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596


(a) 21205871198774120590120596 (b) 1205871198774120590120596

(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596

Physics






(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862


(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862






(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032


(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032




(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) XgI


(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) Zero








Physics





50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869


(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869





(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904







f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898









(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics










52 SF5F D[ K[P D[G S[GM 1 119898119898 V[




(a) 0052 cm (b) 0026 cm (c) 0005 cm (d) 052 cm

3 SM V[S S6 119909 = 0 DI[ 119905 = 0






(a) 1199053 (b) 1199052 (c) T (d) 11990512






Physics







(a) 02 Ns (b) 04 Ns (c) 08 Ns (d) 16 Ns



JBT[ CFY 02 119898 B[ K[ VG[ AM 2 119898


s119892 = 101198981199042 Mf

(a) 22 N (b) 4 N (c) 16 N (d) 20 N




pt5gG YT] 5]GoYF5S A 119865 = 119886119909 + 1198871199092 K[P




(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3


(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3






(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596


(a) 21205871198774120590120596 (b) 1205871198774120590120596

(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596

Physics






(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862


(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862






(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032


(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032




(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) XgI


(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) Zero








Physics





50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869


(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869





(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904







f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898









(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics







(a) 02 Ns (b) 04 Ns (c) 08 Ns (d) 16 Ns



JBT[ CFY 02 119898 B[ K[ VG[ AM 2 119898


s119892 = 101198981199042 Mf

(a) 22 N (b) 4 N (c) 16 N (d) 20 N




pt5gG YT] 5]GoYF5S A 119865 = 119886119909 + 1198871199092 K[P




(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3


(a) 1198861198712 + 1198871198713 (b) 1

2 1198861198712 + 1198871198713

(c) 1198861198712

2+

1198871198713

3 (d)

1

2

1198861198712

2+

1198871198713

3






(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596


(a) 21205871198774120590120596 (b) 1205871198774120590120596

(c) 1205871198774

2120590120596 (d)

1205871198774

4120590120596

Physics






(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862


(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862






(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032


(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032




(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) XgI


(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) Zero








Physics





50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869


(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869





(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904







f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898









(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics






(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862


(a) 2

31198981198862 (b)

5

61198981198862

(c) 1

121198981198862 (d)

7

121198981198862






(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032


(a) 1198981+1198982

21198992ℏ2

2119898121198982

21199032 (b)

1198992ℏ2

2 1198981+1198982 1199032

(c) 21198992ℏ2

1198981+1198982 1199032 (d)

1198981+1198982 1198992ℏ2

2119898111989821199032




(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) XgI


(a) minus4119866119898

119903 (b) minus

6119866119898

119903

(c) minus9119866119898

119903 (d) Zero








Physics





50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869


(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869





(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904







f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898









(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics





50[ m (a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869


(a) 02120587 119898119869 (b) 2120587 119898119869 (c) 04120587 119898119869 (d) 4120587 119898119869





(a) 100 119904 (b) 001 119904 (c) 10 119904 (d) 01 119904







f (a) 49 119898 (b) 98 119898 (c) 147 119898 (d) 196 119898









(a) 120 119870 (b) 1200 119870

(c) 750 119870 (d) 600 119870

Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics







(b) 05 (c) 075

(d) 099


(a) 025 (b) 05 (c) 075 (d) 099








(a) (120574minus1)

2120574119877∙ 1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙ 1198721199072119870



(a) (120574minus1)

2120574119877∙1198721199072119870

(b) 120574minus1198721199072

2119877119870

(c) 120574minus1

21198771198721199072119870

(d) 120574minus1

2 120574+1 119877∙1198721199072119870








U]6MTZ 1198681

1198682= PPPPPPPPP

(a) 4 (b) 2 (c) 1 (d) 05



1198682 is

(a) 4 (b) 2 (c) 1 (d) 05

Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics








(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904


(a) 1

15 119898119904 (b) 10 119898119904

(c) 15 119898119904 (d) 1

10 119898119904









(b) 1375Ω (c) 220Ω

(d) 110Ω








1198701 = 3 VG[ VTZ119889


0FI[S8=LS VRFS 1198702 = 6 VG[ VTZ 2119889

3 K[P







(a) 405 119901119865 (b) 2025 119901119865 (c) 18 119901119865 (d) 45 119901119865

Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics


24 V[S WG lJn]TEFZ +119902 V[ 119864 = 3119894 + 4119895 + 119896


1F[+DF 119881 = 3119894 + 4119895 + 119896 H[8F J[UYL UlT SZ[






(a) 2 119902 (b) 11 119902 (c) 5 119902 (d) 3 119902



119877 = 1119870Ω TYF 119862 = 2120583119865 K[P HM VG]GFN












TOFJT CMI K[P

(a) 120587

4 (b) 120587

(c) 0 (d) 120587

2







(a) 119899 = 2to119899 = 6 (b) 119899 = 6to119899 = 2 (c) 119899 = 2to119899 = 1 (d) 119899 = 1to119899 = 2

Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics



G] 1198980 K[P 5|M8MG



(a) 1198980 minus 8119898119901 1198882

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882




2

(b) 1198980 minus 8119898119901 minus 9119898119899 1198882

(c) 11989801198882

(d) 1198980 minus 17119898119899 1198882






(a) 309 119890119881 (b) 141 119890119881 (c) 151 119890119881 (d) 168 119890119881




(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898


(a) 41205871205760119876 times 1020 119907119900119897119905

119898

(b) 41205871205760119876 times 1022 119907119900119897119905

119898

(c) 121205871205760119876 times 1022 119907119900119897119905

119898

(d) 121205871205760119876 times 1020 119907119900119897119905

119898



D5|DF6DF K[P (a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2


(a) 1000 4 (b) 1002 2 (c) 727 4 (d) 727 2

Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics





S lNXFDF JC[X[ T[





(d) be zero






(b) 1199051 = 21199052 (c) 1199051 = 1199052

(d) 1199051 lt 1199052


(a) 1199051 = 41199052 (b) 1199051 = 21199052 (c) 1199051 = 1199052 (d) 1199051 lt 1199052


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C


(c) 120572120573 120574 (d) 120573120572 120574


X rarrA

Z + 1Y rarr

A minus 4Z minus 1


C



192 119890119881 20 119890119881 VG[ 5 119890119881 K[P






Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics




(a) 3 13 1

(b) 1 1

(c) 1 3

(d) 3 1



(b) 1 1

(c) 1 3

(d) 3 1



HyYM PPPPPPPP K[P

(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791


(a) 3

8119873119886119896119861 (1198792 minus 1198791)

(b) 3

2119873119886119896119861 (1198792 minus 1198791)

(c) 3

4119873119886119896119861 (1198792 minus 1198791)

(d) 3

4119873119886119896119861

1198792

1198791





(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877



(a) 51205830119868

2119877

(b) 31205830119868

2119877

(c) 1205830119868

2119877

(d) 1205830119868

119877

Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics







PPPPPPPP YFIP

(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712


(a) 1198680 +1198721198712

2

(b) 1198680 +1198721198712

4

(c) 1198680 + 21198721198712

(d) 1198680 + 1198721198712









CMIP (a) 00 (b) 300 (c) 450 (d) 600



(a) 00 (b) 300 (c) 450 (d) 600





(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)


(a) 1198681 + 1198682 (b) 1198681 + 1198682 2

(c) 1198681 minus 1198682 2 (d) 2(1198681 + 1198682)

Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Physics







(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2


(a) 119891

2 (b)

119891

4

(c) 8119891 (d) 119891

2 2






Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry






(a) 05 M (b) 178 M (c) 102 M (d) 205 M






(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879


(a) ∆119866119904119910119904119905119890119898

∆119866119905119900119905119886119897= minus119879


119882119903119890119907119890119903119904119894119887119897119890 = minus119899119877119879 119868119899 119881119891

119881119894

(c) 119897119899119896 =∆119867degminus119879∆119878deg

119877119879

(d) 119870 = 119890minus∆119866deg

119877119879




21198732(119892) +

1

21198742(119892) DF8[ 119870119888 H6FJMP

(a) 002 (b) 25 times 102



119873119874 119892 rarr1

21198732 119892 +

1

21198742(119892) at the same




(b) p H2 = 1JFTF VG[ H+ = 10 M

(c) p H2 = 2JFTF VG[ H+ = 20 M

(d) p H2 = 2JFTF VG[ H+ = 10 M


Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry




(a) 10 U6M (b) 24 U6M (c) 32U6M (d) 64 U6M







YLLG


f (a) 80432 g (b) 20430 g

(c) 40000 g (d) 30460 g



(a) 80432 g (b) 20430 g (c) 40000 g (d) 30460 g





(c) A2B2 (d) A2B5


(a) A2B (b) AB2 (c) A2B2 (d) A2B5






01 119872 119873119886119874119867 GL H~Z 50[ K[P TM IMHGDF


(c) 237 (d) 295


(a) 590 (b) 474 (c) 237 (d) 295

Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry










105 119896119875119886 VG[ 45 119896119875119886 K[P 250 119892 C[8[G



minus1 VG[ VMS8[G

= 114 U|FD DMminus1


(c) 962 kPa (d) 1445 kPa


(a) 720 119896119875119886 (b) 361 119896119875119886 (c) 962 119896119875119886 (d) 1445 119896119875119886



FatildeH2SO 4



Conc H2SO4




(c) 2 vlDYF 5|M5[GM

(d) 1vaI]8[GM



Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry



(∆119891119866deg 119867 119886119902 + = 0)

1198672119874(119897) rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732lSH

1198672(119892) +1

21198742(119892) rarr 1198672119874(119897) ∆119867 = minus28620lSH


m



data ∆119891119866deg 119867 119886119902 + = 0

1198672119874 119897 rarr 119867 119886119902 + + 119874119867119886119902

minus ∆119867 = 5732 119870119869

1198672 119892 +1

21198742 119892 rarr 1198672119874 119897 ∆119867 = minus28620 119896119869







2[

minus14














VG[ WG CMI K[P




and positive


2119875119893119862119867119874 119874119867minus

1198751198931198621198672119874119867 + 1198751198931198621198742minus

FYL






2119875119893119862119867119874119874119867⊝

1198751198931198621198672119874119867 + 1198751198931198621198742⊝

the slowest step is




Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry




(a) 6 VG[ 2 (b) 4 VG[ 2 (c) 4 VG[ 3 (d) 6 VG[ 3












the lanthanoids












H2O pt5gG SZ[ K[P



water

Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry






backcone


X] CX[ m (a) 11986221198675119862119873VG[ 3119870119862119897 (b) 119862119867311986211986721198621198741198731198672VG[ 3119870119862119897 (c) 11986221198675119873119862VG[ 11987021198621198743

(d) 11986221198675119873119862VG[ 3119870119862119897



AWFZ6 XMWMP


Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry







(a) 1198625prime 119886119899119889 1198621


(b) 1198621prime 119886119899119889 1198625


(c) 1198622prime 119886119899119889 1198625


(d) 1198625prime 119886119899119889 1198622



C=20 H=667 N=4667 K[ HIFZ[










(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+


(a) 119870+ 119862119897minus 1198621198862+ 1198781198623+

(b) 1198611198862+ 1198781199032+ 119870+ 1198782minus


(d) 119871119894+ 119873119886+ 1198721198922+ 1198621198862+






Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry












5ZDF6]VMGM

U]6MTZ (1199051

2

119880238 = 449 times 109 JQF VG[

Rq226 GM 1199051

2

= 1622 JQFf XMWMP

(a) 2771 (b) 277 times 106 1 (c) 1 277 times 106 (d) 1277




SZMP




5|lEcircIF G YFIP

Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry





(a) 0543 (b) 0732 (c) 0414 (d) 0639


(a) 0543 (b) 0732 (c) 0414 (d) 0639


minusminusrarrCs2

B + (C)

VMBMP






119875119893119890119899119900119897 + 11986261198675119862119874119862119868 rarr 119860 1198601198971198621198973


119861 + (119862)




















lhS HDF YFI m

(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892


(a) 4065 119892 (b) 4065 119892 (c) 04065 119892 (d) 6504 119892

Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry





MltJ[XG eacuteOcirc



Be2+





85 HM0SF HM0MP

List 1 IMHGM

List 2 AWGM 5|SFZ


B) H2 2) CvIMHS


4) HvAW



List 1 (Compounds)



B) H2 2) Covalent


4) Hydrogen bond


Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry




DF8[ m







potential

87 GMJM[S V[PPPPP





lG5H K[P





formaldehyde

88




Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































Chemistry


89 1198621198672 = 1198621198672 + 1198672


250deg minus 3001198621198673 minus



89 The reaction

1198621198672 = 1198621198672 + 1198672








S[8M CX[ m




BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY





tohelliphellip






JlTVMGM DC






each other



ZLT[ VU CMI K[P


DTM GYLP


species


species














(a) Herbarium


(c) Museum

(d) Sancturies




(d) MS[JF v OMWFG


incorrect





BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY






world is _____





Australia











they_____

(a) lack enzymes



(d) can replicate













(a) Polyploidy




BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY








(a) Mc Lung

(b) Henking


(d) Gold schmidt





than ____

(a) normal male

(b) normal female







DHTL K[P


DHTL GYLP




gynandromorphs



developed


explanation of A


explanation of A









female




(c) 2119899 minus 1 (d) 119899 + 1


Monosomic

(a) 2119899 + 1 (b) 2119899 + 2

(c) 2119899 minus 1 (d) 119899 + 1

BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY











(a) 100 (b) 0

(c) 25 (d) 50










(b) microspore

(c) generative cell

(d) vegetative cell





(a) 3 + 3 + 2 (b) 2 + 3 + 3

(c) 2 + 4 + 2 (d) 3 + 2 + 3


VFJxIS K[ m (a) 500 (b) 400 (c) 100 (d) 200



(a) 500 (b) 400

(c) 100 (d) 200






(c) Meiosis





cell

(a) 9 + 0 (b) 7 + 2

(c) 9 + 2 (d) 2 + 9

BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY













lJSlt5 5N SZMP

A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv

SMQFLI VlUSF SFI



ptHGDF EFU [

K[P



K[P


A B C D

(a) iii iv i ii

(b) i ii iv iii

(c) iii iv ii i

(d) ii i iii iv




















animal cell






BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY






VFJZ6 WZFJ[ K[P






DNA


than mitochondria









in common_____



(c) nephridia

(d) trachea









A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p












A B C D

(a) p r s q

(b) r p s q

(c) r s p q

(d) s r q p

BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY






DHTL GYLP
















spine




spiny




ZRGF K[P










Statements



single internode





wrong



reason of X



correct reason of X


wrong

BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY



K[ m














_______





of glands




bIFPPPPP (a) 46 (b) 44 (c) 23 (d) 22



(a) 46 (b) 44

(c) 23 (d) 22







BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY







Clitoris


Oviduct





cycle in ecosystem






absorbed by plants



(c) In the ion form

(d) In any way


K[P


GYLP






transformation


explanation of A


explanation of A






(a) Decomposers




BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY







(a) e - waste


(c) Nitrogen cycle

(d) All given








Board










(b) 25 ppm (ii) JSM






properly them

























BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY




5F0L XSFIP




be separated by


(b) Electrophoresis


(d) Centrifugation


HM0FI K[ m




(a) RNA polymerase

(b) DNA polymerase

(c) Helicase

(d) Gyrase


BZFA lEcircIFXLTF







disease is _____


parts


normal condition



create a chaos





(d) D[EcircMO[h

141 What sis PMNL




(d) Cyokine barrier




142 ARC is _______





BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY








complex








GFX

(b) lSFS6 (q) 40 YL 70

(ii) lEcircI E1FSM


(iii) V[Ograve5|[ZS

(d) VdZFUL









(i)

Kill micro-

organism


70 (ii)

Active

phagocytes


45 (iii) Allergens


(iv) Immunity
















V[SPPPPP







HMJF D[ K[ m







BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY



XS[ K[P

(a) V[U|MA[S8[lZID


(d) V[g0MgI]lSV[h


cancerous cells

(a) Agrobacterium

(b) Retroviruses

(c) Recombinant DNA

(d) endonuclease








(c) DNA sequencing




(a) DN]TS 5[XL


(d) YSM6S 5[XL



regions of plant

(a) Xylem

(b) Sclerenchyma

(c) Parenchyma

(d) Collenchyma


K[ m





in root and stem






(a) A[ I lAA

(b) A VG[ I lAA

(c) A[ Z lAA

(d) Z VG[ A lAA


whom

(a) Two I-band

(b) A and I-band

(c) Two Z-band

(d) Z and A-band

BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY







JJ]

(c) JFL XSFI T[JM














vertebrae


towards the palm


pectoral girdle

(d) Ball amp socket

joint (iv)

Movement of

wrists


(f) Cartilaginous











examples of




(d) decomposers





(a) organic matter

(b) microbes



BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY







(e) GF8=MMDMGF (5) 119860119879119875

(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1


combination




(c) Photolysis of

water 3 RubisCO



(a) a-1 b-2 c-3 d-4 e-5

(b) a-3 b-5 c-1 d-2 e-4

(c) a-1 b-3 c-5 d-4 e-2

(d) a-5 b-4 c-3 d-2 e-1










of 34 ATP molecules


explanation of A


explanation of A




K[P



immune system







VJZMW[ K[P


hormones


process is over



process



BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY







by


primrose


sativum





161 FRL HM0 5N SZMP


1500119888119888)






(1400 ndash 1500 CC)












(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)






Glucose and protein



(a) 119894 119894119894119894 (119894119907) (b)

119894119894 119894119894119894 (119894119907)

(c) 119894 (119894119894) (d) 119894 (119894119894119894)



(b) 10445deg (c) 9584deg


(a) 108deg

(b) 10445deg

(c) 9584deg

(d) 90deg

BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY











(c) Linnus (d) Odum




fish and shark










energy


mechanical energy


electric energy


chemical energy


lJSlt5 5N SZMP


(A) pNZ (p) +6 B0G] AG[]




(E) DFllt5lWIG


lKatildeM

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

(d) (s) (p) (r) (t) (q)





segments

(B) Male genital



region of 9th

segment


(E) Malpighian

tubule


the site of union

A B C D E

(a) (p) (t) (s) (r) (q)

(b) (s) (r) (p) (t) (q)

(c) (r) (p) (s) (t) (q)

BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY


(d) (s) (p) (r) (t) (q)


EcircD SIM K[ m

(119875) VTHW (119876) VA]N (119877) S1F

(119878) SL8U]ltO (119879) SL8HW

(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878



Cockroach



(a) 119876 119879 119877 119878 119875 (b) 119878 119879 119876 119875 119877 (c) 119875 119876 119877 119878 119879 (d) 119877 119876 119879 119875 119878




X~VFT YFI K[P


N[BFI K[P



(a) OST (119894)

(b) OST (119894119894) (c) OST (119894) VG[ (119894119894119894)

(d) 119894 (119894119894) VG[ (119894119894119894)







appear tetravalent



(a) only (i)

(b) only (ii)















DFwIDDF SZFI K[P

(a) DFlt8Mh


(d) u]SMh




(a) Maltose

(b) Sucrose

(c) Lactose

(d) Glucose

BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY



TF5DFG H~ZL K[ m (a) 24 (b) 10 (c) 20 (d) 21



(a) 24 (b) 10

(c) 20 (d) 21









(a) enhanced

(b) reduced

(c) unaffected

(d) stopped




for transpiration


(b) Root pressure

(c) Osmosis

(d) None of these




fluid Test (AFT)

(a) IVF (b) ZIF








(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t


Column

(I)

Column



(a) a-r b-s c-q d-p

(b) a-r b-p c-q d-s

(c) a-r b-p c-q d-t

(d) a-s b-r c-p d-t

BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































BIOLOGY


(d) a-s b-r c-p d-t











(a) ABA (b) 2 4-D

(c) IAA (d) GA


discovery of

(a) ABA (b) 2 4-D

(c) IAA (d) GA

[ Rough Page ]







seat


































[ Rough Page ]







seat








































seat


































rmp important instructions: vutigl ;}rgfvm o · 2017-05-02 · test booklet code no.: 5zl1ff...

Documents