LEADER TEST SERIES / JOINT PACKAGE COURSE · Y T G R Pre-M 2016 D no o th T Bo unt yo k so bl ijh{kk iqfLrdk dks tc rd uk [kksysa tc rd dgk u tk,sA I I / egRoiw.kZ funsZ'k LEADER

Form Number :

DISTANCE LEARNING PROGRAMME(Academic Session : 2015 - 2016)

Corporate Office : ALLEN CAREER INSTITUTE, “SANKALP”, CP-6, Indra Vihar, Kota (Rajasthan)-324005

+91-744-5156100 [email protected] www.allen.ac.indlp.allen.ac.in, dsat.allen.ac.in

1. A seat marked with Reg. No. will be allotted to each student. The student should ensure that he/she occupies the correct seatonly. If any student is found to have occupied the seat of another student, both the students shall be removed from the examinationand shall have to accept any other penalty imposed upon them.

izR;sd fo|kFkhZ dk jftLVªs'ku ua- ds vuqlkj LFkku fu;r gS rFkk os vius fu;r LFkku ij gh cSBsaA ;fn dksbZ fo|kFkhZ fdlh nwljs fo|kFkhZ ds LFkku

ij cSBk ik;k x;k rks nksuksa fo|kfFkZ;ksa dks ijh{kk d{k ls ckgj dj fn;k tk,xk vkSj nksuksa dks dksbZ vU; tqekZuk Hkh Lohdk;Z gksxkA

2. Duration of Test is 3 Hours and Questions Paper Contains 180 Questions. The Max. Marks are 720.

ijh{kk dh vof/k 3 ?k.Vs gS rFkk iz'u i= esa 180 iz'u gSaA vf/kdre vad 720 gSaA

3. Student can not use log tables and calculators or any other material in the examination hall.

fo|kFkhZ ijh{kk d{k esa yksx Vscy] dsYdwysVj ;k fdlh vU; lkexzh dk mi;ksx ugha dj ldrk gSA

4. Student must abide by the instructions issued during the examination, by the invigilators or the centre incharge.

ijh{kk ds le; fo|kFkhZ dks ifjoh{kd }kjk fn;s x;s funsZ'kksa dh ikyuk djuk vko';d gSA

5. Before attempting the question paper ensure that it contains all the pages and that no question is missing.

iz'u i= gy djus ls igys fo|kFkhZ vk'oLr gks tk, fd blesa lHkh ist layXu gSa vFkok ughaA

6. Each correct answer carries 4 marks, while 1 mark will be deducted for every wrong answer. Guessing of answer is harmful.

izR;sd lgh mÙkj ds 4 vad gSaA izR;sd xyr mÙkj ij 1 vad dkV fy;k tk,xkA mÙkj dks vuqeku ls Hkjuk gkfudkjd gks ldrk gSA

7. A candidate has to write his / her answers in the OMR sheet by darkening the appropriate bubble with the help of Blue / Black BallPoint Pen only as the correct answer(s) of the question attempted.

ijh{kkFkhZ dks gy fd;s x;s iz'u dk mÙkj OMR mÙkj iqfLrdk esa lgh LFkku ij dsoy uhys @ dkys ckWy ikWbUV isu ds }kjk mfpr xksys dks xgjk

djds nsuk gSA

8. Use of Pencil is strictly prohibited.

isfUly dk iz;ksx loZFkk oftZr gSA

Your Target is to secure Good Rank in Pre-Medical 2016

Do not open this Test Booklet until you are asked to do sobl ijh{kk iqfLrdk dks tc rd uk [kksys a tc rd dgk u tk,sA

Important Instructions / egRoiw.kZ funsZ'k

LEADER TEST SERIES / JOINT PACKAGE COURSETARGET : PRE-MEDICAL 2016

Note : In case of any Correction in the test paper, please mail to [email protected] within 2 days along withPaper code and Your Form No.uksV% ;fn bl iz'u i= esa dksbZ Correction gks rks Ïi;k Paper code ,oa vkids Form No. ds lkFk 2 fnu ds vUnj [email protected] mail djsaA

Test Type : ALL INDIA OPEN TEST (MAJOR) Test Pattern : AIPMT

TEST DATE : 21 - 02 - 2016

Paper Code : 0999DM310315020

TEST SYLLABUS : FULL SYLLABUS

1/370999DM310315020

ALL INDIA OPEN TEST /LEADER/Pre-Medical /AIPMT/21-02-2016

BEWARE OF NEGATIVE MARKING

HAVE CONTROL ¾® HAVE PATIENCE ¾® HAVE CONFIDENCE Þ 100% SUCCESS

1. Two fixed frictionless inclined planes making anangle 30° and 60° with the vertical are shown inthe figure. Two blocks A and B are placed on thetwo planes. What is the relative verticalacceleration of A with respect to B?

A

B

60° 30°

(1) 4.9 ms–2 in vertical direction.(2) 4.9 ms–2 in horizontal direction(3) 9.8 ms–2 in vertical direction(4) Zero

2. In a Young's double slit experiment the intensity

at a point where the path difference is 6l

(l being

the wavelength of the light used) is I. If I0 denotesthe maximum intensity, I/I0 is equal to :-

(1) 1

2(2)

32

(3) 12

(4) 34

3. One end of massless rope, which passes over amassless and frictionless pulley P is tied to a hookC while the other end is free. Maximum tensionthat the rope can bear is 840 N. With what valueof maximum safe acceleration (in ms–2) can a manof 60 kg climb on the rope?

•

C

P

(1) 16 (2) 6 (3) 4 (4) 8

1. fp= esa Å/okZ/kj ls 30° rFkk 60° dk dks.k cukrs gq, nksfLFkj ?k"kZ.kghu vkur ry n'kkZ, x, gSaA nksuksa ryksa ij nksCykWd A ,oa B j[ks x, gSaA B ds lkis{k A dk vkisf{kdÅ/okZ/kj Roj.k D;k gS\

(1) 4.9 ms–2 in vertical direction.(2) 4.9 ms–2 in horizontal direction(3) 9.8 ms–2 in vertical direction(4) Zero

2. ;ax ds f}d fNnz iz;ksx esa ,d fcUnq ij rhozrk tgk¡ iFkkUrj

6l

(l izdk'k dh rjaxnS/;Z gS) gS] I gSA ;fn I0 vf/kdre

rhozrk gS] rc I/I0 cjkcj gS-

(1) 1

2(2)

32

(3) 12

(4) 34

3. ,d nzO;eku jfgr jLlh ds ,d fljs dks ,d gqd (C) lstksM+dj ,d ?k"kZ.kjfgr f?kjuh P ds Åij ls xqtkjk tkrkgSA jLlh }kjk vf/kdre 840 U;wVu dk ruko lgu fd;ktk ldrk gSA 60 fdxzk dk O;fDr vf/kdre fdrus Roj.kls jLlh ij p<+ ldrk gS \

•

C

P

(1) 16 (2) 6(3) 4 (4) 8

izR;sd iz'u dks vtqZu cudj djksA

0999DM3103150202/37


4.

A

B C D E

F

M

Eb

The above is a plot of binding energy per nucleonEb, against the nuclear mass M; A, B, C, D, E,F correspond to different nuclei. Consider fourreactions :-(i) A + B ® C + e(ii) C ® A + B + e(iii) D + E ® F + e(iv) F ® D + E + ewhere e is the energy released ? In which reactionsis e positive ?(1) (ii) and (iv) (2) (ii) and (iii)(3) (i) and (iv) (4) (i) and (iii)

5. At time t = 0s particle starts moving along thex-axis. If its kinetic energy increases uniformlywith time 't', the net force acting on it must beproportional to :-

(1) t (2) constant

(3) t (4) 1

t

6. In a transformer, number of turns in the primaryare 140 and that in the secondary are 280. Ifcurrent in primary is 4A, then that in the secondaryis-(1) 4 A (2) 2 A (3) 6 A (4) 10 A

7. The time period of a satellite of earth is 5 hours.If the separation between the centre of earth andthe satellite is increased to 4 times the previousvalue, the new time period will become :-(1) 10 h (2) 80 h (3) 40 h (4) 20 h

8. One mole of ideal monoatomic gas (g = 5/3) ismixed with one mole of diatomic gas (g = 7/5).What is g for the mixture ? g denotes the ratio ofspecific heat at constant pressure, to that atconstant volume :-

(1) 3/2 (2) 23/15

(3) 35/23 (4) 4/3

4.

A

B C D E

F

M

Eb

mijksDr vkys[k izfr U;wfDy;kWu cU/ku ÅtkZ Eb vkSjukfHkdh; æO;eku M ds chp gSA A, B, C, D, E, F fofHkUuukfHkdksa ds laxr gSaA pkj vfHkfØ;kvksa ij fopkj dhft;s:-(i) A + B ® C + e(ii) C ® A + B + e(iii) D + E ® F + e(iv) F ® D + E + etgk¡ e eqDr ÅtkZ gSA fdu vfHkfØ;kvksa esa e /kukRed gS?(1) (ii) and (iv)(2) (ii) and (iii)(3) (i) and (iv)(4) (i) and (iii)

5. le; t = 0s ij ,d d.k x-v{k ij xfr izkjEHk djrk gSA;fn mldh xfrt ÅtkZ le; 't' ds lkFk ,dleku :i lsc<+ jgh gS] rc ml ij dk;Z'khy ifj.kkeh cy bldslekuqikrh gS :-

(1) t (2) constant

(3) t (4) 1

t

6. ,d VªkalQkWeZj esa izkFkfed o f}rh;d dq.Mfy;ksa esa Qsjksadh la[;k Øe'k% 140 o 280 gSA ;fn izkFkfed dq.Myhesa èkkjk 4A gS] rks f}rh;d dq.Myh esa /kkjk gksxh :-(1) 4 A (2) 2 A(3) 6 A (4) 10 A

7. i`Foh ds fdlh mixzg dk vkorZdky 5 ?kaVs gSA ;fn i`Fohds dsUæ o mixzg ds chp dh nwjh 4 xquk gks tk, rks mixzgdk u;k vkorZdky gksxk %&(1) 10 ?kaVs (2) 80 ?kaVs(3) 40 ?kaVs (4) 20 ?kaVs

8. fdlh vkn'kZ ,d ijek.kqd xSl (g = 5/3) dk ,d eksyfdlh f}ijek.kqd xSl (g = 7/5) ds ,d eksy ds lkFk feyk;ktkrk gSA feJ.k ds g dk eku D;k gS \ ;gk¡ g fLFkj nkcij fof'k"V Å"ek rFkk fLFkj vk;ru ij fof'k"V Å"ek dkvuqikr gS-

(1) 3/2 (2) 23/15

(3) 35/23 (4) 4/3

3/370999DM310315020


9. A projectile is given an initial velocity of

( )ˆ î 2 j+ m/s, where i is along the ground and j

is along the vertical. If g = 10 m/s2, the equationof its trajectory is :(1) y = x – 5x2 (2) y = 2x – 5x2

(3) 4y = 2x – 5x2 (4) 4y = 2x – 25x2

10. Two particles of equal mass 'm' go around a circleof radius R under the action of their mutualgravitational attraction. The speed of each particlewith respect to their centre of mass is :-

(1) GmR

(2) Gm4R

(3) Gm3R

(4) Gm2R

11. The circuit has two oppositely connected idealdiodes in parallel. What is the current flowing inthe circuit

D2D1

12V

4 W

3 W 2 W

(1) 1.71 A (2) 2.00 A(3) 2.31 A (4) 1.33 A

12. A circular disc X of radius R is made from an ironplate of thickness t and another disc Y of radius4R is made from an iron plate of thickness t/4.Then the relation between the moment of inertiaIX and IY is :-(1) IY = 32 IX (2) IY = 16IX

(3) IY = IX (4) IY = 64 IX

13. Four charges equal to –Q are placed at the fourcorners of a square and a charge q is at its centre.If the system is in equilibrium, the value of q is:-

(1) –Q4

(1 + 2 2 )

(2) Q4

(1 + 2 2 )

(3) –Q2

(1 + 2 2 )

(4) Q2

(1 + 2 2 )

9. ,d iz{ksI; dks ,d izkjfEHkd osx ( )ˆ î 2 j+ m/s fn;k tkrk

gS] tgk¡ i iFoh ds lkFk gS vkSj j Å/okZ/kj ijA ;fn

g = 10 m/s2, rc iz{ksi iFk dk lehdj.k gS :-

(1) y = x – 5x2 (2) y = 2x – 5x2

(3) 4y = 2x – 5x2 (4) 4y = 2x – 25x2

10. ,d leku æO;eku 'm' ds nk s d.k vius vU;ksU;xq:Rokd"kZ.k ds dkj.k f=T;k R ds ,d o`Ùk ij pkjksa rjQxfr djrs gSaA buds æO;eku dsUæ ds lkis{k izR;sd d.k dhpky gS :-

(1) GmR

(2) Gm4R

(3) Gm3R

(4) Gm2R

11. ifjiFk esa nks vkn'kZ Mk;ksM lekUrj :i ls foijhr voLFkkesa tqM+s gSaA ifjiFk esa izokfgr /kkjk D;k gS\

D2D1

12V

4 W

3 W 2 W

(1) 1.71 ,sfEi;j (2) 2.00 ,sfEi;j(3) 2.31 ,sfEi;j (4) 1.33 ,sfEi;j

12. ,d o`Ùkkdkj fMLd X ftldh f=T;k R gS] t eksVkbZ dhyksgs dh IysV ls cuh gS] o 4R f=T;k dh nwljh fMLd Y,t/4 eksVkbZ dh yksgs dh IysV ls cuh gSA nksuksa fMLdksa ds tM+Rovk?kw.kksZ IX o IY esa lEcU/k gksxk :-

(1) IY = 32 IX (2) IY = 16IX

(3) IY = IX (4) IY = 64 IX

13. pkj vkos'k ftuesa izR;sd dk ifjek.k –Q gS fdlh oxZ dspkj 'kh"kks± ij j[ksa gSa rFkk blds dsUæ ij dksbZ vkos'k q fLFkrgSA ;fn leLr fudk; lkE;koLFkk esa gS] rks q dk eku gS:-

(1) –Q4

(1 + 2 2 )

(2) Q4

(1 + 2 2 )

(3) –Q2

(1 + 2 2 )

(4) Q2

(1 + 2 2 )

0999DM3103150204/37


14. A ball of mass 0.2 kg is thrown vertically upwardsby applying a force by hand. If the hand moves0.2 m while applying the force and the ball goesupto 2m height further, find the magnitude of theforce. Consider g = 10 m/s2 :(1) 4 N (2) 16 N(3) 20 N (4) 22 N

15. A wire fixed at the upper end stretches by lengthl by applying a force F. The work done instretching is :-

(1) F2l

(2) Fl (3) 2Fl (4) F2l

16. If the terminal speed of a sphere of gold(density = 19.5 kg/m3) is 0.2 m/s in a viscousliquid (density = 1.5 kg/m3), find the terminalspeed of a sphere of silver (density=10.5 kg/m3)of the same size in the same liquid.(1) 0.4 m/s (2) 0.133 m/s(3) 0.1 m/s (4) 0.2 m/s

17. Two capacitors C1 and C2 are charged to 120V and200V respectively. It is found that by connectingthem together the potential on each one can bemade zero. Then :-(1) 5C1 = 3C2 (2) 3C1 = 5C2

(3) 3C1 + 5C2 = 0 (4) 9C1 = 4C2

18. A horizontal overhead powerline is at a height of4m from the ground and carries a current of 100A from east to west. The magnetic field directlybelow it one the ground is :-

(m0 = 4p × 10–7TmA–1)

(1) 2.5 × 10-7 T southward

(2) 5 × 10-6 T northward

(3) 5 ×10-6 T southward

(4) 2.5 ×10-7 T northward19. The change in the value of g at a height h above

the surface of the earth is the same as at a depthd below the surface of earth. When both d and hare much smaller than the radius of earth, thenwhich one of the following is correct ?

(1) d = h2

(2) d = 3h2

(3) d = 2h (4) d = h

14. gkFk }kjk ,d cy yxkdj Å/okZ/kj Åij dh vksj ,d0.1 fdxzk nzO;eku dh xsan dks Qsadk tkrk gSA ;fn cy yxkrsle; gkFk 0.2 eh xfr djrk gks vkSj xsan 2 eh Å¡pkbZ rdvkSj Åij tkrh gks ] rc cy dk ifjek.k Kkr dhft,Ag = 10 eh@ls2 ysa :(1) 4 U;wVu (2) 16 U;wVu(3) 20 U;wVu (4) 22 U;wVu

15. Åijh fljs ls dls gq,s ,d rkj dks cy F yxkdj lyEckbZ rd f[kapk tkrk gSA f[kapus esa fd;k x;k dk;Zgksxk :-

(1) F2l

(2) Fl (3) 2Fl (4) F2l

16. ;fn lksus dh xsan (?kuRo = 19.5 kg/m3) dk ';ku nzo(?kuRo = 1.5 kg/m3) esa lhekar osx 0.2 m/s gSA lekuvkdkj dh pkanh dh xsan (?kuRo = 10.5 kg/m3) dk lekunzo esa lhekar osx gksxk :-

(1) 0.4 m/s (2) 0.133 m/s

(3) 0.1 m/s (4) 0.2 m/s

17. nks la/kkfj= C1 ,oa C2 Øe'k% 120V ,oa 200V ijvkosf'kr fd;s x;s gSaA ;g ik;k tkrk gS fd mUgsa ,d nwljsls tksM+ nsus ij izR;sd ij foHko 'kwU; fd;k tk ldrk gSArc %(1) 5C1 = 3C2 (2) 3C1 = 5C2

(3) 3C1 + 5C2 = 0 (4) 9C1 = 4C2

18. /kjkry ls 4m Åij ls xqtjus okyh fo|qr ykbu ls100 A /kkjk iwoZ ls if'pe dh vksj izokfgr gSA blds Bhduhps /kjkry ij pqEcdh; {ks= dk eku gksxk :(m0 = 4p × 10–7TmA–1)

(1) 2.5 × 10-7 T nf{k.k dh vksj

(2) 5 × 10-6 T mÙkj dh vksj

(3) 5 ×10-6 T nf{k.k dh vksj

(4) 2.5 ×10-7 T mÙkj dh vksj

19. iFoh ds i"B ls 'h' Å¡pkbZ ij 'g' ds eku esa vUrj i`Fohds i`"B ls 'd' xgjkbZ ij 'g' ds eku esa vUrj ds cjkcj gSA

rc 'd' rFkk 'h' nksuksa ds eku iFoh dh f=T;k ls cgqr de

gksrs gSa] rc fuEufyf[kr esa ls dkSu lR; gS ?

(1) d = h2

(2) d = 3h2

(3) d = 2h (4) d = h

dksbZ Hkh iz'u Key Filling ls xyr ugha gksuk pkfg,A

5/370999DM310315020


20. A thin spherical conducting shell of radius R hasa charge q. Another charge Q is placed at thecentre of the shell. The electrostatic potential ata point P at a distance R/2 from the centre of theshell is :-

(1) 0

2Q4 RpÎ

(2) 0

2Q4 RpÎ –

0

2q4 RpÎ

(3) 0

2Q4 RpÎ +

0

q4 RpÎ

(4) 0

(q Q)4

+pÎ

2R

21. Work done in increasing the size of a soap bubblefrom a radius of 3 cm to 5cm is nearly (Surfacetension of soap solution = 0.03 Nm–1) :-(1) 2p mJ (2) 0.4 p mJ(3) 4p mJ (4) 0.2 p mJ

22 Speeds of two identical cars are u and 4u at aspecific instant. The ratio of the respectivedistances at which the two cars are stopped fromthat instant is-(1) 1 : 1 (2) 1 : 4 (3) 1 : 8 (4) 1 : 16

23. From a tower of height H, a particle is thrownvertically upwards with a speed u. The time takenby the particle, to hit the ground, is n times thattaken by it to reach the highest point of its path.The relation between H, u and n is :(1) 2g H = nu2(n – 2)(2) g H = (n – 2)u2

(3) 2g H = n2u2

(4) g H = (n – 2)2u2

24. An inductor (L = 100 mH), a resistor (R = 100W)and a battery (E = 100 V) are initially connectedin series as shown in the figure. After a long timethe battery is disconnected after short circuitingthe points A and B. The current in the circuit 1ms after the short circuit is-

E BA

LR

(1) 1/e A (2) e A(3) 0.1 A (4) 1 A

20. f=T;k R ds ,d irys xksyh; dks'k ij vkos'k q gSA ,dvU; vkos'k Q , blds dsUæ ij j[k fn;k tkrk gSA dsUæls R/2 nwjh ij fdlh fcUnq P ij fLFkj oS|qr foHko gksxk:-

(1) 0

2Q4 RpÎ

(2) 0

2Q4 RpÎ –

0

2q4 RpÎ

(3) 0

2Q4 RpÎ +

0

q4 RpÎ

(4) 0

(q Q)4

+pÎ

2R

21. ,d lkcqu ds cqycqys dh f=T;k dks 3 cm ls c<+kdj 5cmdjus esa fd;k x;k dk;Z yxHkx gS % (lkcqu ds ?kksy dki"B ruko = 0.03 Nm–1) :-(1) 2p mJ (2) 0.4 p mJ(3) 4p mJ (4) 0.2 p mJ

22 nks leku dkjksa dh fdlh {k.k pky Øe'k u o 4u gSA nksuksadkjksa }kjk] bl {k.k ls :dus rd pyh gqbZ nwfj;ksa dk vuqikrgksxk %&(1) 1 : 1 (2) 1 : 4(3) 1 : 8 (4) 1 : 16

23. Å¡pkbZ H dh ,d ehukj ls] pky u ls ,d d.k dksÅèokZèkj Åij dh vksj Qsadk tkrk gSA d.k dks iFoh rdfxjus esa yxk le; mlds mPpre fcUnq rd igq¡pus ds le;dk n xquk gSaAH, u rFkk n ds chp lEcaèk gS :-(1) 2g H = nu2(n – 2)(2) g H = (n – 2)u2

(3) 2g H = n2u2

(4) g H = (n – 2)2u2

24. ,d izsjd (L = 100 feyh gsujh) ,d izfrjks/kd (R=100W)vkSj ,d cSVjh(E=100 V) dks izkjEHk esa Js.khØe esa fp=ds vuqlkj tksM+k x;k gSA fcUnqvksa A rFkk B dks y?kqifFkrdjus ds yEcs le; i'pkr~ cSVjh ifjiFk ls vyx gkstkrh gSA y?kqifFkr djus ds 1ms i'pkr~ ifjiFk esa /kkjkgksxh:-

E BA

LR

(1) 1/e A (2) e A(3) 0.1 A (4) 1 A

0999DM3103150206/37


25. A spherical ball of mass 20 kg is stationary at thetop of a hill of height 100 m. It rolls down a smoothsurface to the ground, then climbs up another hillof height 30 m and finally rolls down to ahorizontal base at a height of 20 m above theground. The velocity attained by the ball is :-

(1) 40 57

m/s

(2) 20 m/s

(3) 10 m/s

(4) 10 30 m/s

26. Consider the following two statements :-

(A) Linear momentum of a system of particles iszero.

(B) Kinetic energy of a system of particles is zero.

Then :-

(1) A does not imply B and B does not imply A

(2) A implies B but B does not imply A

(3) A does not imply B but B implies A

(4) A implies B and B implies A

27. The combination of gates shown below yields:-

(1) NAND gate

(2) OR gate

(3) NOT gate

(4) XOR gate

28. A uniform chain of length 2 m is kept on a tablesuch that a length of 60 cm hangs freely from theedge of the table. The total mass of the chain is4 kg. What is the work done in pulling the entirechain on the table

(1) 7.2 J (2) 3.6 J

(3) 120 J (4) 1200 J

25. 20 fdxzk æO;eku dh dksbZ xksy xsan 100 m Å¡pkbZ ds fdlhioZr ds 'kh"kZ ij fLFkj gSA ;g fdlh fpdus i`"B ij vk/kkjrd yksVfud xfr djrh gS vkSj fQj 30 m Å¡pkbZ ds ,dvU; ioZr ij p<+ tkrh gS vkSj vUr esa i`Foh ls 20 m Å¡pkbZds fdlh {kSfrt vk/kkj ij yq<+drh gSA xsan }kjk izkIr osxgS :-

(1) 40 57

m/s

(2) 20 m/s

(3) 10 m/s

(4) 10 30 m/s

26. nks dFku fn;s x;s gSa &(A) fudk; ds d.kksa dk js[kh; laosx 'kwU; gSA(B) fudk; ds d.kksa dh xfrt ÅtkZ 'kwU; gSArc :-(1) A, B dks ifjHkkf"kr ugh djrk o B, A dks ifjHkkf"kr

ugha djrk(2) A, B dks ifjHkkf"kr djrk gS ijUrq B, A dks ifjHkkf"kr

ugha djrk(3) A, B dks ifjHkkf"kr ugh djrk ijUrq B, A dks ifjHkkf"kr

djrk gS(4) A, B dks ifjHkkf"kr djrk gS o B, A dks ifjHkkf"kr

djrk gS

27. uhps n'kkZ, x, xsVksa ds la;kstu ls izkIr gksrk gS:-

(1) NAND xsV

(2) OR xsV

(3) NOT xsV

(4) XOR xsV

28. 2m yEckbZ dh ,d leku psu ,d est ds Åij blizdkj j[kh tkrh gS fd bldh 60 cm yEckbZ est dsfdukjs ls uhps yVdrh gSA psu dk dqy nzO;eku 4 kg gSAlEiw.kZ psu dks est ds Åij [khapus esa fdruk dk;Z djukgksxk :-

(1) 7.2 J (2) 3.6 J

(3) 120 J (4) 1200 J

Use stop, look and go method in reading the question

7/370999DM310315020


29. A transparent solid cyclindrical rod has a

refractive index of 2

3. It is surrounded by air.

A light ray is incident at the mid-point of one endof the rod as shown in the figure.

qr

The incident angle q for which the light ray grazesalong the wall of the rod is :-

(1) sin–12

3

æ öç ÷è ø

(2) sin–11

3

æ öç ÷è ø

(3) sin–112

æ öç ÷è ø

(4) sin–13

2

æ öç ÷ç ÷è ø

30. Shown in the figure below is a meter - bridge setup with null deflection in the galvanometer

G

20cm

55W R

The value of the unknown resistor R is(1) 13.75W (2) 220 W (3) 110W (4) 55W

31. The physical quantities not having samedimensions are :-(1) torque and work(2) momentum and planck's constant(3) stress and Young's modulus(4) speed and (µ0Î0)–½

32. A nucleus with Z = 92 emits the following in asequence : a, a, b–, b–, a, a, a, a, b–, b–, a, b+,b+, a. The Z of the resulting nucleus is-(1) 76 (2) 78 (3) 82 (4) 74

33. Consider a uniform square plat of side ‘a’ andmass ‘m’ the moment of inertia of this plate aboutan axis perpendicular to its plane and passingthrough one of its corners is

(1) 56

ma2 (2) 1

12ma2

(3) 7

12ma2 (4)

23

ma2

29. ,d ikjn'kZd Bksl csyukdkj NM+ dk viorZuk¡d 2

3 gSA

;g pkjksa rjQ ok;q ls f?kjh gSA NM + ds ,d fljs ds e/;

fcUnq ij ,d izdk'k dh fdj.k vkifrr gS] tSlk fd fp=

esa fn[kk;k x;k gSA

qr

(1) sin–12

3

æ öç ÷è ø

(2) sin–11

3

æ öç ÷è ø

(3) sin–112

æ öç ÷è ø

(4) sin–13

2

æ öç ÷ç ÷è ø

30. fp= esa ,d ehVj fczt O;oLFkk n'kkZ;h x;h gS ftlesaxsYosuksehVj esa 'kwU; fo{ksi gSA

G

20cm

55W R

(1) 13.75W (2) 220 W (3) 110W (4) 55W31. fuEu esa ls fdl ; qXe dh foek;sa leku ugha gS\

(1) cy vk?kw.kZ o dk;Z

(2) laosx o Iykad fu;rkad

(3) izfrcy o ; ax izR;kLFkrk xq.kkad

(4) pky o (µ0Î0)–½

32. Z = 92 dk ,d ukfHkd fuEu d.kksa dks fuEu Js.kh esa mRlftZrdjrk gSA a, a, b–, b–, a, a, a, a, b–, b–, a, b+,b+, a. vafre ukfHkd ds fy;s Z dk eku gksxk :-(1) 76 (2) 78 (3) 82 (4) 74

33. ,d ‘a’ Hkqtk rFkk ‘m’ nzO;eku dh ,dleku oxkZdkj IysVij fopkj djrs gSaA IysV ds ,d fljs ls xqtjus okys rFkkry ds yEcor~ v{k ds lki s{k IysV dk tM+Ro vk?kw.kZ gksxk:-

(1) 56

ma2 (2) 1

12ma2

(3) 7

12ma2 (4)

23

ma2

0999DM3103150208/37


34. The resistance of the series combination of tworesistance is S. When they are joined in parallel,the total resistance is P. If S = nP, then theminimum possible value of n is :-(1) 4 (2) 3 (3) 2 (4) 1

35. A charge Q is uniformly distributed over a longrod AB of length L as shown in the figure. Theelectric potential at the point O lying at a distanceL from the end A is :-

LLA BO

(1) 0

Q8 LpÎ (2)

0

3Q4 LpÎ

(3) 0

Q4 L ln2pÎ (4)

0

Qln24 LpÎ

36. The respective number of significant figures forthe numbers 23.023, 0.0003 and 2.1 × 10–3 are:-(1) 4, 4, 2 (2) 5, 1, 2(3) 5, 1, 5 (4) 5, 5, 2

37. A magnetic needle laying parallel to a magneticfield requires W unit of work to turn it through60°. The torque needed to maintain the needle inthis position will be-

(1) 3 W (2) W (3) ( 3 /2)W (4) 2W

38. If 13.6 eV energy is required to ionize thehydrogen atom, then the energy required toremove an electron from n = 2 is-(1) 10.2 eV (2) 0 eV(3) 3.4 eV (4) 6.8 eV

39. A rocket which has a mass of 3.5 × 104 kg isblasted upwards with an initial acceleration of10 m/s2. Then the initial thrust of the blast is-(1) 3.5 × 105 N (2) 7.0 × 105 N(3) 14.0 × 105 N (4) 1.75 × 105 N

40. A bob of mass m attached to an inextensible stringof length l is suspended from a vertical support.The bob rotates in a horizontal circle with anangular speed w rad/s about the vertical. Aboutthe point of suspension :(1) Angular momentum changes in direction but

not in magnitude(2) Angular momentum changes both in direction

and magnitude(3) Angular momentum is conserved(4) Angular momentum changes in magnitude but

not in direction.

34. nks izfrjks/kksa ds Js.kh Øe la;kstu dk rqY; izfrjks/k S gS rFkkik'oZ esa la;ksftr djus ij dqy izfrjks/k dk eku P gSA ;fnS = nP gS] rks n dk laHkkfor U;wure eku D;k gksxk :-(1) 4 (2) 3(3) 2 (4) 1

35. vkos'k Q dks yEckbZ L dh ,d yEch NM+ AB ij ,dleku :i ls forfjr fd;k x;k gS tSlk fd fp= esa n'kkZ;kx;k gSA fljs A ls L nwjh ij fcUnq O ij fo|qr foHko gS:-

LLA BO

(1) 0

Q8 LpÎ (2)

0

3Q4 LpÎ

(3) 0

Q4 L ln2pÎ (4)

0

Qln24 LpÎ

36. la[;kvksa 23.023, 0.0003 vkSj 2.1 × 10–3 esa lkFkZd vadksadh Øe'k% la[;k gS :-(1) 4, 4, 2 (2) 5, 1, 2(3) 5, 1, 5 (4) 5, 5, 2

37. pqEcdh; {ks= ds lekUrj j[kh fdlh lqbZ dks 60° ds dks.kls ?kqekus ds fy;s W bdkbZ dk;Z dh vko';drk gksrh gSAlqbZ dks bl voLFkk esa j[kus ds fy;s fdrus cy vk?kw.kZ dhvko';drk gksxh\

(1) 3 W (2) W (3) ( 3 /2)W (4) 2W

38. ;fn gkbMªkstu ijek.kq dks vk;fur djus ds fy, 13.6 eVÅtkZ dh vko';drk gksrh gS] rks d{kd n = 2 ls bysDVªkWudks fudkyus ds fy;s vko';d ÅtkZ gksxh :-(1) 10.2 eV (2) 0 eV(3) 3.4 eV (4) 6.8 eV

39. ,d jkWdsV ftldk nzO;eku 3.5 × 104 kg gS] dks Åij dhrjQ izkjfEHkd Roj.k 10 m/s2 ls nkxk tkrk gSA jkWdsV dksnkxus ds fy, yxk;k x;k izkjfEHkd cy gksxk-(1) 3.5 × 105 N (2) 7.0 × 105 N(3) 14.0 × 105 N (4) 1.75 × 105 N

40. yEckbZ l dh ,d vforkU; Mksjh ls c¡èks æO;eku m ds ,dyksyd dks ,d ÅèokZèkj vkèkkj ls yVdk;k tkrk gSA yksydÅèokZèkj ij dks.kh; pky w rad/s ls ,d {kSfrt o`Ùk esa?kw.kZu djrk gSA fuyacu fcUnq ij :

(1) dks.kh; laosx fn'kk esa ifjorZu'khy gS ijUrq ifjek.k

esa ughaA

(2) dks.kh; laosx nksuksa fn'kk ,oa ifjek.k esa ifjorZu'khy

gSaA

(3) dks.kh; laosx lajf{kr jgrk gSA

(4) dks.kh; laosx ifjek.k esa ifjorZu'khy gSa ijUrq fn'kk

esa ughaa

9/370999DM310315020


41. Wavelength of light used in a optical instrumentare l1 = 4000 Å and l2 = 5000 Å, then ratio oftheir respective resolving powers (correspondingto l1 and l2) is :-(1) 16 : 25 (2) 9 : 1 (3) 4 : 5 (4) 5 : 4

42. A car, starting from rest, accelerates at the rate fthrough a distance S, then continues at constantspeed for time t and then decelerates at the ratef/2 to come to rest. If the total distance travelledis 15 S, then-

(1) S = ft (2) S = 16

ft2

(3) S = 172

ft2 (4) S = 14

ft2

43. An object 2.4 m in front of a lens forms a sharpimage on a film 12 cm behind the lens. A glass plate1 cm thick, of refractive index 1.50 is interposedbetween lens and film with its plane faces parallelto film. At what distance (from lens) should objectbe shifted to be in sharp focus on film ?(1) 5.6 m (2) 7.2 m(3) 2.4 m (4) 3.2 m

44. A circular disc of radius R is removed from abigger circular disc of radius 2R such that thecircumferences of the discs coincide. The centreof mass of the new disc is aR from the centre ofthe bigger disc. The value of a is : -

(1) 13

(2) 12

(3) 16

(4) 14

45. A mass ‘m’ is supported by a massless string woundaround a uniform hollow cylinder of mass m andradius R. If the string does not slip on the cylinder,with what acceleration will the mass fall on release?

m

Rm

(1)5g6

(2) g (3) 2g3

(4) g2

41. ,d izdkf'kd ; a= esa l1 = 4000 Å o l2 = 5000 ÅrjaxnS/;Z ds izdk'k iz;ksx fd;s tkrs gSaA nksuksa fLFkfr;ksa dslkis{k foHksnu {kerkvksa dk vuqikr gksxk :-(1) 16 : 25 (2) 9 : 1(3) 4 : 5 (4) 5 : 4

42. dksbZ dkj fojke ls xfr vkjEHk djds S nwjh rd f dhnj ls Rofjr gksrh gS] rRi'pkr~ t le; rd fu;r pky lspyrh gS vkSj fQj f/2 dh nj ls eafnr gksdj fojke esavk tkrh gSA ;fn dkj }kjk pyh xbZ dqy nwjh 15 S gS]rks :-

(1) S = ft (2) S = 16

ft2

(3) S = 172

ft2 (4) S = 14

ft2

43. ysUl ds lkeus 2.4 m nwj ,d oLrq] ysUl ds ihNs 12 cmnwj ,d fQYe ij ,d Li"V izfrfcEc cukrk gSA viorZukad1.50 okyh 1 cm eksVh dk¡p dh IysV dks ysUl vkSj fQYeds chp bl izdkj j[krs gSa fd IysV ds lery i"B fQYe dslekurj jgsA oLrq dks vc ysUl ls fdruh nwjh ij LFkkukUrfjrfd;k tk, fd bldk Li"V izfrfcEc fQYe ij cusa ?(1) 5.6 m (2) 7.2 m(3) 2.4 m (4) 3.2 m

44. R f=T;k dh o`rh; pdrh fdlh 2R f=T;k dh cM+h pdrhesa ls bl izdkj vyx dh tkrh gS fd nksuksa dh ifjf/k;k¡

Li'kZ djrh gSA ubZ pdrh dk nzO;eku dsUnz cM+h pdrh

ds dsUnz ls aR nwjh ij gSA a dk eku gksxk :-

(1) 13

(2) 12

(3) 16

(4) 14

45. f=T;k R ,oa æO;eku ‘m’ ds ,d ,dleku [kks[kys csyuds pkjksa rjQ ,d æO;ekufoghu Mksjh ls ,d æO;eku 'm'voyafcr gSaA ;fn Mksjh csyu ij fQlyrh ugha gS] rc NksM+stkus ij æO;eku fdl Roj.k ls fxjsxkA

m

Rm

(1)5g6

(2) g (3) 2g3

(4) g2

0999DM31031502010/37


Take it Easy and Make it Easy

46. The number of moles of CaCl2 needed to react

with excess of AgNO3 to produce 4.31 g of AgCl.

(1) 0.030 (2) 0.015

(3) 0.045 (4) 0.060

47. How many grams of CaC2O4 will dissolve in one

liter of saturated solution ? Ksp of CaC2O4 is

2.5 × 10–9 and its molecular weight is 128

(1) 0.0064 g (2) 0.0128 g

(3) 0.0032 g (4) 0.0640 g

48. Rate of following reaction is Influence by hyper

conjugation of 'R' :

R– –CH –Br + N 2 ®

BrR– –CH –N2

The rate of reaction will be maximum when 'R'

will be :-

(1) CH3– (2) CH3–CH2–

(3) CH –CH–3

CH3

(4) CH –C3

CH3

CH3

49. Which of the following will react fastest with Na :-

(1) Ph–CH2–OH (2) CH –OH2

(3) CH –OH2

O

(4) (CH3)3C–OH

50. Which of the following species is more reactive?

(1) F2 (2) IBr

(3) ICl (4) ClF

51. The kinetic energy (in kcal) of 80 g of methane

gas at 227ºC is :-

(1) 15 (2) 2.5 (3) 25 (4) 7.5

52. In the reaction 4I– + Hg2+ ® 24HgI - moles of

HgI4–2 made from 1 mol each of Hg2+ and I– will be :-

(1) 1 mol (2) 0.5 mol

(3) 0.25 mol (4) 2 mol

46. 4.31 xzke AgCl ds mRiknu ds fy, CaCl2 ds fdrus eksyAgNO3 ds vkf/kD; ls fØ;k djus ds fy, vko';d gS&

(1) 0.030 (2) 0.015

(3) 0.045 (4) 0.060

47. 1 yhVj larIr foy;u esa fdrus xzke CaC2O4 ?kqysxk\ ;fn CaC2O4 dk Ksp 2.5 × 10–9 rFkk v.kqHkkj128 gks &

(1) 0.0064 g (2) 0.0128 g

(3) 0.0032 g (4) 0.0640 g

48.

R– –CH –Br + N 2 ®

BrR– –CH –N2

nh xbZ vfHkfØ;k dh nj R lewg ds vfrla;qXeuizHkko ls c<s+xhA vfHkfØ;k dh nj vf/kdre gksxhtc R gksxk :-

(1) CH3– (2) CH3–CH2–

(3) CH –CH–3

CH3

(4) CH –C3

CH3

CH3

49. dkSulk Na ds lkFk rhozrk ls fØ;k djrk gS :-

(1) Ph–CH2–OH (2) CH –OH2

(3) CH –OH2

O

(4) (CH3)3C–OH

50. dkSulh iztkfr vf/kd fØ;k'khy gS &

(1) F2 (2) IBr

(3) ICl (4) ClF

51. 80 xzke esFksu xSl dh 227ºC xfrt ÅtkZ (fdyks dSyksjh esa)

esa gksxh&

(1) 15 (2) 2.5 (3) 25 (4) 7.5

52. vfHkfØ;k 4I– + Hg2+ ® 24HgI - esa 1 eksy Hg2+ rFkk

1 eksy I– ls 24HgI- cusxk&

(1) 1 mol (2) 0.5 mol

(3) 0.25 mol (4) 2 mol

11/370999DM310315020


53. Which halide will be most reactive towards SN2

reaction :-

(1) Ph–CH2CH2CH2Br (2) Ph–CH–CH –Br2

CH3

(3) Ph–C–BrCH3

CH3

(4) Ph–CH –CH–CH2 3

Br

54. 2 2

HBrR O

¾¾¾® Product is :-

(1)

CH Br2

(2)

Br

(3)

Br

(4) Br

55. Which of the following acid known as aprotic

acid ?

(1) H3PO4 (2) H3BO3

(3) H2SO4 (4) HNO3

56. NH3 gas is liquefied more easily than N2 thereby:-

(1) Vander Waals constants a and b of NH3 is

higher than that of N2

(2) Vander Waals constant a and b of NH3 is less

than that of N2

(3) a of NH3 > a of N2, but b of NH3 < b of N2

(4) a of NH3 < a of N2, but b of NH3 > b of N2

57. The useful work done during the reaction

Ag(s) + 21 Cl (g) AgCl(s)2

® would be :-

Given 2

o oCl / Cl AgCl/ Ag / Cl

E 1.36 V,E 0.220V- -= = ,

pCl2 = 1 atm and T = 298 K.

(1) 110 kJ mol–1 (2) 220 kJ mol–1

(3) 55 kJ mol–1 (4) 100 kJ mol–1

58. Petroleum is obtained from water gas, name of

reaction involved is :-

(1) Fischer-tropsh (2) Bergius

(3) Dow's (4) Kjeldahl

53. dkSulk gSykbM SN2 ds izfr vf/kdre fØ;k'khygS :-

(1) Ph–CH2CH2CH2Br (2) Ph–CH–CH –Br2

CH3

(3) Ph–C–BrCH3

CH3

(4) Ph–CH –CH–CH2 3

Br

54. 2 2

HBrR O

¾¾¾® mRikn gS :-

(1)

CH Br2

(2)

Br

(3)

Br

(4) Br

55. dkSulk vEy vizksfVd dgykrk gS &

(1) H3PO4 (2) H3BO3

(3) H2SO4 (4) HNO3

56. NH3 xSl] N2 xSl dh rqyuk esa vf/kd nzfor gksrh gS D;ksafd&(1) NH3 ds fy, okWUMjokWy fu;rkad a rFkk b N2 dh

rqyuk esa vf/kd gksxs(2) NH3 ds fy, okWUMjokWy fu;rkad a rFkk b N2 dh

rqyuk esa de gksxs(3) a (NH3) > a (N2) ijUrq b(NH3) < b(N2)

(4) a (NH3) < a (N2), b (NH3) > b(N2)

57. vfHkfØ;k Ag(s) + 21 Cl (g) AgCl(s)2

® ds fy,

mi;qDr dk;Z gksxk&

fn;k gS& 2

o oCl / Cl AgCl/ Ag / Cl

E 1.36 V,E 0.220V- -= = ,

pCl2 = 1 atm and T = 298 K.

(1) 110 kJ mol–1 (2) 220 kJ mol–1

(3) 55 kJ mol–1 (4) 100 kJ mol–1

58. ty xSl ls dkSulh vfHkfØ;k }kjk isVªksfy;e feyrkgS :-

(1) fQ'kj VkWIl (2) cftZ;l(3) MkÅ (4) tsYMkWy

0999DM31031502012/37


59. Br Å¾¾¾¾¾¾®2

2 3

(i) Mg,Et O

(ii) CO (iii)H O A. 'A' is :-

(1) COO2 Mg (2) C

O

(3) (4)

COOH

60. Which of the following reaction gives laughing

gas ?

(1) Cu + Conc. HNO3

(2) Zn + very dil. HNO3

(3) Zn + dil. HNO3

(4) Cu + dil. HNO3

61. A solid PQ has rock salt type structure in which

Q atoms are at the corners of the unit cell. If the

body centered atoms in all the unit cells are

missing, the resulting stoichiometry will be :-

(1) PQ (2) PQ2 (3) P3Q4 (4) P4Q3

62. Graph between log k and (1/T) is linear of slope

S (magnitude) Hence Ea is k= rate constant,

T= temperature :-

(1) R × S (2) S/R

(3) R/S (4) 2.303 RS

63. In given reaction :

CH –C–C H3 2 5

Ox¾¾® CH3–CH2–CH2–CH3

'X' is :-

(1) LiAlH4 (2) NaBH4

(3) NH2–NH2/OH (4) All

64. Which of the following order is not correct ?

(1) K > Sr > Y Size

(2) NeÅ > F > Ne Electron affinity

(3) NeÅ > Ne > F > F– Ionisation energy

(4) None of these

59. Br Å¾¾¾¾¾¾®2

2 3

(i) Mg,Et O

(ii) CO (iii)H O A. 'A' gS :-

(1) COO2 Mg (2) C

O

(3) (4)

COOH

60. dkSulh vfHkfØ;k g¡lus okyh xSl nsrh gS &

(1) Cu + Conc. HNO3

(2) Zn + very dil. HNO3

(3) Zn + dil. HNO3

(4) Cu + dil. HNO3

61. ,d Bksl PQ jkWd lkWYV lajpuk j[krk gS ftlesa Q ijek.kq,dd dksf"Bdk ds fdukjs ij mifLFkr gS ;fn ,dd dksf"Bdkds dk; dsU æ ij mifLFkr ijek.kq vuqifLFkr gks rc ifj.kkehlw= gksxk&

(1) PQ (2) PQ2 (3) P3Q4 (4) P4Q3

62. log k rFkk (1/T) ds e/; ljy js[kh; xzkQ dh izo.krkS (ifjek.k) gks rc Ea gksxh ;fn k = osx fu;rkad]T = rkieku

(1) R × S (2) S/R

(3) R/S (4) 2.303 RS

63. nh xbZ vfHkfØ;k esa -

CH –C–C H3 2 5

Ox¾¾® CH3–CH2–CH2–CH3

'X' is :-

(1) LiAlH4 (2) NaBH4

(3) NH2–NH2/OH (4) lHkh

64. dkSulk Øe lgh ugh gS &

(1) K > Sr > Y vkdkj

(2) NeÅ > F > Ne bysDVªkWu ca/kqrk

(3) NeÅ > Ne > F > F– vk;uu ÅtkZ

(4) buesa ls dksbZ ugha

fdlh iz'u ij nsj rd :dks ugha A

13/370999DM310315020


65. Which of the following species gives colourless

and odourless gas on thermal decomposition :

(1) (NH4)2Cr2O7 (2) Pb(NO3)2

(3) ZnSO4.7H2O (4) (NH4)2SO4

66. CsBr has bcc structure with edge length 4.3Å. The

shortest interionic distance in between Cs+ and

Br– is :-

(1) 3.72 Å (2) 1.86 Å

(3) 7.44 Å (4) 4.3 Å

67. Which of the following electralytes will have

maximum flocculation value for Fe(OH)3 Sol ?

(1) NaCl (2) Na2S

(3) (NH4)3PO4 (4) K2SO4

68. Which of the following are tautomers :-

(1)CHCl2

OH &

CHCl2

O

(2) HO–CH2–CH=CH2 & O=CH–CH2–CH3

(3)

OH

OH

&

O

O

(4) CH –C–C–CH & CH –C=C–CH3 3 3 3

O O HO OH

69. Which of the following species represent

maximum ionisation energy ?

(1) LiÅ (2) He (3) He (4) Be2+

70. [Pt(NH3)2(NO2)2], How many geometrical isomer

show above complex ?

(1) 2 (2) 3 (3) 6 (4) 9

71. 2 mol of an ideal gas expanded isothermally and

reversibly from 1 L to 10 L at 300 K. What is the

enthalpy change ?

(1) 4.98 kJ (2) 11.47 kJ

(3) –11.47 kJ (4) 0 kJ

72. Energy required to remove both the electrons

from He atom is 79.0 ev. The energy required

to remove one of the electron from He atom.

(1) 38.2 ev (2) 49.2 e

(3) 51.8 ev (4) 24.6 ev

65. dkSulh iztkfr rkih; fo?kVu ij jaxghu rFkk xa/kghu xSlnsrh gS &(1) (NH4)2Cr2O7 (2) Pb(NO3)2

(3) ZnSO4.7H2O (4) (NH4)2SO4

66. CsBr ,d BCC lajpuk j[krk gS ftldh dksj dh yEckbZ4.3Å gS rc Cs+ rFkk Br– ds e/; U;wure vUrj vkW;fudnwjh gksxh&(1) 3.72 Å (2) 1.86 Å

(3) 7.44 Å (4) 4.3 Å

67. fuEufyf[kr esa ls fdldk LdUnu eku Fe(OH)3 lkWy dsfy, vfèkdre gS ?

(1) NaCl (2) Na2S

(3) (NH4)3PO4 (4) K2SO4

68. fuEu esa ls pyko;oh gS :-

(1)CHCl2

OH &

CHCl2

O

(2) HO–CH2–CH=CH2 & O=CH–CH2–CH3

(3)

OH

OH

&

O

O

(4) CH –C–C–CH & CH –C=C–CH3 3 3 3

O O HO OH

69. dkSulh i ztkfr vf/kdre vk;uu Åtk Z n'k k ZrhgS &(1) LiÅ (2) He (3) He (4) Be2+

70. [Pt(NH3)2(NO2)2], mi;qZDr ladqy }kjk n'kkZ;s tkus okysT;kferh; leko;oh dh la[;k fdruh gS &(1) 2 (2) 3 (3) 6 (4) 9

71. 2 eksy vkn'kZ xSl dk lerkih; mRØe.kh; izlkj 300 K

ij fd;k tkrk gS ftlls vk;ru 1 yhVj ls 10 yhVj gkstkrk gS rc ,sUFksYih ifjorZu gksxk&(1) 4.98 kJ (2) 11.47 kJ

(3) –11.47 kJ (4) 0 kJ

72. He ijek.kq ls nksuks bysDVªkWu gVkus ds fy, vko';d ÅtkZ79.0 ev gSA He ijek.kq ls ,d bysDVªkWu gVkus ds fy,vko';d ÅtkZ gSA(1) 38.2 ev (2) 49.2 e

(3) 51.8 ev (4) 24.6 ev

0999DM31031502014/37


73. Decreasing order of reactivity with HCl for :-

(A)

NO2

(B) (C)

OCH3

(1) A < C < B (2) C > B > A

(3) C > A > B (4) None

74. Which of the following species show maximum

bond length ?

(1) NaNO (2) NOCl

(3) KO2 (4) All are equal

75. Which of the following complex represent

maximum stability ?

(1) [Co(CN)6]3– (2) [Co(H2O)6]

3+

(3) [Co(CN)6]4– (4) [Co(C2O4)3]

3–

76. H2(g) + 2 2 H H1 O (g) H O( ) ; H2 -® Dl = x1;

DHO=O = x2 and DHO–H = x3. The latent heat of

vaporization of water liquid into water

vapour = x4, then ofHD (heat of formation of liquid

water) is :-

(1) 21 3 4

xx x x2

+ - +

(2) 21 1 4

x2x x x2

- - +

(3) 21 3 4

xx 2x x2

+ - -

(4) 21 3 4

xx 2x x2

+ - +

77. Which of the following does not have an

asymmetric carbon :-

(1)Cl Br

(2) N

(3) C2HCIBrI (4) H

H ClCH CHClCH2 3

73. HCl ds izfr fØ;k'khyrk dk Øe gksxk :-

(A)

NO2

(B) (C)

OCH3

(1) A < C < B (2) C > B > A

(3) C > A > B (4) dksbZ ugha74. dkSulh iztkfr vf/kdre ca/k yEckbZ n'kkZrh gS &

(1) NaNO (2) NOCl

(3) KO2 (4) lHkh leku gS

75. dkSulk ladqy vf/kdre LFkkf;Ro n'kkZrk gS &

(1) [Co(CN)6]3– (2) [Co(H2O)6]

3+

(3) [Co(CN)6]4– (4) [Co(C2O4)3]

3–

76. H2(g) + 2 2 H H1 O (g) H O( ) ; H2 -® Dl = x1 ;

DHO=O = x2 rFkk DHO–H = x3 rFkk ty dh nzovoLFkk ls ok"i voLFkk ifjorZu dh ok"ihdj.k dh

xqIr Å"ek = x4 rFkk ofHD (nzoh; ty ds fuekZ.k

dh Å"ek gksxh) :-

(1) 21 3 4

xx x x2

+ - +

(2) 21 1 4

x2x x x2

- - +

(3) 21 3 4

xx 2x x2

+ - -

(4) 21 3 4

xx 2x x2

+ - +

77. fuEu esa ls fdlesa vlefer dkcZu ugha gS :-

(1)Cl Br

(2) N

(3) C2HCIBrI (4) H

H ClCH CHClCH2 3

15/370999DM310315020


78. CH3–CºC–CH3 2

(i) X(ii) Zn / H O

¾¾¾¾¾® CH –C–C–CH3 3

O O'X' is :-

(1) HNO3 (2) O2

(3) O3 (4) KMnO4

79. Which of the following order is not correct ?

(1) LiF > LiCl > LiBr > LiI

Solubility

(2) NaCl < MgCl2 < AlCl3

lattice energy

(3) CH3OH > CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

> CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

Vapour pressure

(4) (CH3)3NO > (CH3)3PO

Dipole moment

80. Aluminium is used as a reducing agent in the

reduction of :

(1) Cr2O3 (2) SnO2 (3) ZnO (4) HgO

81. Equimolal solutions KCl and compound X in

water show depression in freezing point in the

ratio of 4 : 1. Assuming KCl to be completely

ionized, the compound X in solution must.

(1) dissociate to the extent of 50%

(2) hydrolyze to the extent of 80%

(3) dimerize to the extent of 50%

(4) trimerize to the extent of 75%

82. 'Z' isomer is :-

(1)Cl

FC=C

H

Br(2)

Cl

FC=C

Me

Et

(3) H C3

H C5 2

C=CCl

COOH (4)

HOOC

HC=C

COOH

H

83. C2H5Cl 2

MoistAg O

¾¾¾® A 2 3Al O360 C°¾¾¾® B 2 2S Cl¾¾¾® C

'C' will be :-

(1) Chloretone (2) Chloropicrin

(3) Mustard gas (4) Lewisite gas

LoLFk jgks] eLr jgks rFkk i<+kbZ esa O;Lr jgks A

78. CH3–CºC–CH3 2

(i) X(ii) Zn / H O

¾¾¾¾¾® CH –C–C–CH3 3

O O'X' gS :-(1) HNO3 (2) O2

(3) O3 (4) KMnO4

79. dkSulk Øe lgh ugha gS &(1) LiF > LiCl > LiBr > LiI

foys;rk(2) NaCl < MgCl2 < AlCl3

tkyd mtkZ

(3) CH3OH > CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

CH –OH2

> CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

CH –OH2

CH–OH

CH –OH2

ok"inkc

(4) (CH3)3NO > (CH3)3PO

f}/kqzo vk?kw.kZ80. fdldk vip;u ,Y;qfefu;e ds }kjk fd;k tkrk

gS &(1) Cr2O3 (2) SnO2 (3) ZnO (4) HgO

81. ;fn le eksyy KCl rFkk inkFkZ X ty esa fgekad esa voueu

4 : 1 esa iznf'kZr djrs gSa ;fn KCl iw.kZr% vkW;uhÏr gks

rc inkFkZ X foy;u esa &

(1) 50% fo;ksftr gksxk

(2) 80% fo;ksftr gksxk

(3) 50% la;ksftr gksdj f}yd cuk;sxk

(4) 75% la;ksftr gksdj f=yd cuk;sxk

82. 'Z' leko;oh gS :-

(1)Cl

FC=C

H

Br(2)

Cl

FC=C

Me

Et

(3) H C3

H C5 2

C=CCl

COOH (4)

HOOC

HC=C

COOH

H

83. C2H5Cl 2

MoistAg O

¾¾¾® A 2 3Al O360 C°¾¾¾® B 2 2S Cl¾¾¾® C

'C' gksxk :-(1) DyksjhVksu (2) DyksjksfifØu(3) eLVMZ xSl (4) ysfolkbV&xSl

0999DM31031502016/37


84. How many bond angle of 90º are present in IF5:-

(1) 0 (2) 12 (3) 8 (4) 4

85. Which of the following reaction gives H2 gas :-

(1) Zn + dil. H2SO4

(2) Al + NaOH excess

(3) Zn + NaOH excess

(4) All of these

86. In the equilibrium SO2Cl2 � SO2 + Cl2 at

2000 K and 10 atm pressure, %,

Cl2 = % SO2 = 40 by volume. Then

(1) Kp = 2 atm

(2) 2 2

2

n(SO Cl ) 1n(SO ) 4

= at equilibrium

(3) Kp = 8 atm

(4) n(SOCl2) = n(SO2) = n(Cl2)

87. (CH3)3 C–Br 2H O¾¾¾® (CH3)3 C–OH is :-

(1) Elimination reaction

(2) Substitution reaction

(3) Free radical addition

(4) Addition reaction

88. X¾¾® OCH3. 'X' will be :-

(1) CH3OH/H (2) CH3CH2OH/H

(3) H2O/H (4) HOCl/H

89. Which of the following species does exist :

(1) PbI4 (2) BiF5

(3) Cl3(4) IBr7

90. Which of the following species do not exist :-

(1) NaOH + NaHCO3

(2) NaOH + KOH

(3) H2SO4 + HNO3

(4) SO3 + Cl2O7

84. IF5 esa fdrus 90º ds ca/k dks.k mifLFkr gS &

(1) 0 (2) 12 (3) 8 (4) 4

85. dkSulh vfHkfØ;k H2 xSl nsrh gS :-

(1) Zn + dil. H2SO4

(2) Al + NaOH excess

(3) Zn + NaOH excess

(4) All of these

86. SO2Cl2 � SO2 + Cl2 2000 K rki rFkk 10 atm nkcij] vk;ru izfr'kr Cl2 = vk;ru izfr'kr SO2 = 40 rcmijksDr lkE; ds fy,&

(1) Kp = 2 atm

(2) 2 2

2

n(SO Cl ) 1n(SO ) 4

= at equilibrium

(3) Kp = 8 atm

(4) n(SOCl2) = n(SO2) = n(Cl2)

87. (CH3)3 C–Br 2H O¾¾¾® (CH3)3 C–OH gS :-

(1) foyksiu vfHkfØ;k

(2) izfrLFkkiu vfHkfØ;k

(3) eqDr ewyd ;ksxkRed

(4) ;ksxkRed vfHkfØ;k

88. X¾¾® OCH3. 'X' gksxk :-

(1) CH3OH/H (2) CH3CH2OH/H

(3) H2O/H (4) HOCl/H

89. dkSulh iztkfr feyrh gS &

(1) PbI4 (2) BiF5

(3) Cl3(4) IBr7

90. dkSulh iztkfr ,d lkFk vfLrRo esa ugh gksrh :-

(1) NaOH + NaHCO3

(2) NaOH + KOH

(3) H2SO4 + HNO3

(4) SO3 + Cl2O7

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91. In flowering plant, male gametes are formed by:-(1) Meiosis (2) Mitosis(3) Free nuclear division (4) Endomitosis

92. Following are some facts about World and Indiandemography. Which statement is incorrect ?(1) The world population was 2 million in 1900

which increased to 6 million in 2000.(2) At the time of independence, Indian

population was 350 million(3) According to 2001 census population growth

rate is still 1.7%.(4) Decline is death rate, MMR and IMR are

causes of rapid increase in population.93. Dikaryophase is observed in :-

(1) Aspergillus (2) Agaricus(3) Puccinia (4) All of above

94. Name the cnidoblast bearing ctenophore.(1) Pleurobrachia (2) Ctenoplana(3) Euchlora (4) Cestum

95. Who proved that the DNA in chromosome alsoreplicate semiconservatively :-(1) Taylor (2) Mendel(3) Morgan (4) Meselson and stahl

96. Correlate the given features of animal cells (I toIV) with their respective parts :-

J

IH

GFE

D

C

B

A

(I) The structure replicates during division andorganizes the spindle.

(II) Main arena for cellular activities(III) Power house of the cell.(IV) Increases the surface area for the absorption

of materials.The correct option is :-

I II III IV(1) B E H J(2) H D E J(3) H B E G(4) H D G E

91. iq"ih; ikniks esa uj ;qXedks dk fuekZ.k fdlds }kjk gksrk gS:-(1) v/kZlq=h foHkktu (2) lelq=h foHkktu(3) eqä dsUæh; foHkktu (4) ,.MksekbVksfll

92. Hkkjr rFkk fo'o tula[;k ds lanHkZ esa dqN rF; uhps fn;sx, gSaA buesa ls dkSulk dFku vlR; gS ?(1) lu~ 1900 esa fo'o tula[;k 2 fefy;u Fkh] tks lu~

2000 esa c<+dj 6 fefy;u gks xbZA(2) Lora=rk ds le; Hkkjr dh tula[; k yxHkx

350 fefy;u FkhA(3) 2001 dh tux.kuk ds vuqlkj tula[;k o`f¼ nj vHkh

Hkh 1.7% gSA(4) e`R;q nj] MMR rFkk IMR esa deh] tula[;k rhoz

o`f¼ ds eq[; dkj.k gSA93. Mkbdsfj;ksQst fdlesa ns[kh tk ldrh gS\

(1) ,Lijftyl (2) vxsjhdl(3) ifDlfu;k (4) mijksä lHkh

94. fuMksCykLV ; qDr VhuksQksj dk uke crk,saA(1) Iywjksczsfd;k (2) VhuksIykuk(3) ;qDyksjk (4) lsLVe

95. fdlus fl¼ fd;k dh xq.klw= esa DNA izfrfyfidj.kv¼Zlaj{kh fof/k }kjk gksrk gS :-(1) Taylor (2) Mendel(3) Morgan (4) Meselson and stahl

96. uhps fn;s x;s izk.kh dksf'kdk ds fp= rFkk y{k.k (I ls IV)dks igpkfu;s :-

J

IH

GFE

D

C

B

A

(I) foHkktu ds le; ;g jsIyhds'ku djrk gS rFkkrdqZrarqvksa dks laxfBr djrk gSA

(II) dksf'kdh; fØ;kvks dk eq[; LFky(III) dksf'kdk dk 'kfDrx`g gSA(IV) vf/kd vo'kks"k.k ds fy, lrg ds {ks=Qy esa o`f¼

djrk gSAlgh fodYi gS :-

I II III IV(1) B E H J(2) H D E J(3) H B E G(4) H D G E

0999DM31031502018/37


97. Which of the following statement is not correctabout enzyme nitrogenase ?(1) It is highly sensitive to molecular oxygen(2) It has the ability to oxidise molecular nitrogen

through-nitrogen fixation(3) It is an Fe-Mo-Protein complex(4) Nitrogenase is not active when Rhizobium is

freely present in soil.98.

Above diagram shows.(1) Adaptive radiation(2) Convergent evolution(3) Reproductive isolation(4) Artificial selection

99. Which is incorrect with respect to regulation ofcardiac activity :-(1) Neural centre in medulla oblongata can

moderate the cardiac function.(2) Parasympathetic nerves can increase the heart

rate.(3) Sympathetic nerves can increase the strength

of ventricular contraction.(4) Adrenal medullary hormones can also

increase the cardiac output.100. Which of the following is an example of co-

evolution ?(1) Barnacle and whale(2) Clown fish and sea anemone(3) Hermit crab and sea anemone(4) Bees and orchid flower

101. Pollen grain of which plant causes allergy :-

(1) Myosotis

(2) Typha

(3) Capparis

(4) Parthenium

102. Which of the following cannot be considered asaccessory sex duct in male reproductive system:-

(1) Seminiferous tubule

(2) Vas deference

(3) Epididymis

(4) Rete testis

97. fuEu esa ls dkSulk dFku ,atkbe ukbVªksftusl ds ckjs esa lghugha gS ?(1) ;g vkf.od vkWDlhtu ds izfr vR;ar laosnh gksrk gSA(2) ;g ukbVªk stu fLFkjhdj.k ds ek /;e ls vkf.od

ukbVªkstu ds vkWDlhd`r djus dh {kerk j[krk gSA(3) ;g ,d Fe-Mo-izksVhu dkWEiysDl gSA(4) tc jkbtksfc;e feV~Vh esa Lora= :i ls mifLFkr gksrk

gS] rc ukbVªksftusl lfØ ; ugha gksrk gSA98.

mijksDr fp= n'kkZrk gSA(1) vuqdwyuh fofdj.k(2) vfHklkjh fodkl(3) tuu i`FkDdj.k(4) Ïf=e oj.k

99. ân fØ;kvksa ds fu;eu ds lanHkZ esa D;k xyr gS :-(1) esM+; wyk vkscyksaxkVk ds raf=dk dsUæ ân; dh fØ;kvksa

dks la;fer dj ldrs gSa

(2) ijkuqdEih raf=dk;sa ân; nj c<+k ldrh gSa

(3) vuqdEih raf=dk;sa fuy;h ladqpu dks lqn`<+ cuk

ldrh gSa

(4) vf/ko`Dd varLFkk dk gkeksZu Hkh ân fudkl c<+k

ldrk gS

100. fuEu esa ls dkSu lgfodkl dk mnkgj.k gS ?

(1) ckusZdy vkSj Ogsy

(2) Dyksu eNyh vkSj leqæh ,sfueksu

(3) gfeZV Øsc vkSj leqæh , sfueksu

(4) eD[kh rFkk vkfdZM ikni

101. fdl ikni ds ijkx d.k ,ythZ mRiUu djrs gS :-(1) ek;kslksfVl(2) Vk;Qk(3) dsisfjl(4) ikFksZfu;e

102. uj tuu ra= esa fuEufyf[kr esa ls dkSulh vfrfjDr ySafxdufydk ugha ekuh tk ldrh :-

(1) 'kqØtuu ufydk(2) 'kqØ okgd(3) vf/ko`"k.k(4) o`"k.k tkyd

19/370999DM310315020


103. Consider the following statements. How manystatements are correct ?(a) Diatoms form kieselgurh(b) Neurospora is used for the study of genetics

in plant kingdom.(c) Heterospory is a characteristic feature in the

life cycle of a few members of pteridophytesand all spermatophytes.

(d) Most algal genera show haplontic life cycle.(1) Three (2) One(3) Four (4) Two

104. Name the amphibian which does not have twopairs of limbs.(1) Bufo (2) Ichthyophis(3) Hyla (4) Rana

105. Which of the following enzyme did not affecttransformation in griffith experiment :-(1) Proteases(2) RNAases(3) DNAases(4) 1 & 2 both

106. Carefully observe the diagram given below andread the statement :-

(A) (B) (C)

(a) Chromosomes are moved to spindle equator(b) Chromosome is made up of two chromatids(c) Centromere split and chromatid separates(d) Chromatids start move to opposite polesFrom the above events how many are correct fordiagram B :-(1) 1 (2) 4 (3) 2 (4) 3

107. Regarding photosynthesis, Jan Ingenhouszestablished the essentiality of sunlight and greencolour respectively by using :-(1) Bell jar setup(2) An aquatic plant and radioisotopic technique(3) Cladophora algae and purple sulphur bacteria(4) Bell jar setup and green sulphur bacteria

103. fn, x, dFkuks a ij fopkj dfj,A fdrus dFku lR;gS\(a) Mk;VEl dhlyxj fu£er djrs gS(b) ;qjksLiksjk dk mi;ksx ikni txr esa vkuqokaf'kdh ds

v/;;u esa gksrk gSA(c) VsfjMksQkbV~l ds dqN lnL;ksa rFkk lHkh LiesZVksQkbV~l

ds thou pØ esa fo"kechtk.kqdrk ,d vfHkyk{kf.kdxq.k gSA

(d) vf/kdka'k 'kSoky oa'kks esa gsIyksafVd thou pØ gksrkgSA

(1) rhu (2) ,d (3) pkj (4) nks104. ,afQfc;u dk uke crk,a ftuesa nks tksM+h iSj ugha gksrs

gSaA(1) cwQks (2) bfDFk;ksfQl(3) gk;yk (4) jkuk

105. fuEu esa ls dkSulk ,Utkbe xzhQhFk ds :ikUrj.k iz;ksx dksizHkkfor ugha djrk gS :-(1) Proteases(2) RNAases(3) DNAases(4) 1 & 2 nksuksa

106. fuEu fn, x, fp= dks /;kuiwoZd ns[ksa ,oe dFku i<+ sa :-

(A) (B) (C)

(a) xq.klw= rdqZ dh e/; js[kk dh vksj xeu djrs gSa(b) xq.klw= nks ØksesfVM dk cuk gksrk gS(c) xq.klw= fcan fo[kafMr gksrs gSa vkSj ØksesfVM vyx gksus

yxrs gSa(d) ØksesfVM foifjr /kzqoksa ij tkus yxrs gSamijksDr esa ls fdruh ?kVuk,a fp= B ds fy, lR; gSA(1) 1 (2) 4(3) 2 (4) 3

107. tsu b atsugkmt us çdk'k la'ys"k.k ds lanHkZ esa lw;Z ds çdk'k,oa gjs jax dh vfuok;Zrk dks LFkkfir djus ds fy, Øe'k%fdldk mi;ksx fd;k\(1) csy tkj lsVvi(2) ,d tyh; ikni ,oa jsfM;ksvkblksVksfid rduhd(3) DysMksQksjk 'kSoky ,oa cSaxuh xa/kd thok.kq(4) csy tkj lsVvi ,oa gjs xa/kd thok.kq

0999DM31031502020/37


108. Read the following statements (A-D).

(A) Haemophillus influenzae is responsible for thedisease pneumonia in human.

(B) Rhino Viruses cause one of the most infectioushuman ailments common cold.

(C) Wuchereria cause filariasis.

(D) Many fungi like Microsporum, Trichophytonand Epidermophyton are responsible forringworms.

How many of the above statement are true :-

(1) 4 (2) 3 (3) 2 (4) 1

109. Which of the following is most appropriate withrespect to secretion of gastric glands in adults :-

(1) Mucus, Bicarbonates

(2) Mucus, Renin, HCl, Bicarbonates

(3) Mucus, Lipase, HCl, Bicarbonates

(4) Lipase, Renin, HCl, Pepsin

110. Which of the following option correctly representbasis of stratification in Lake ?

(1) Mode of arrangement of various growth forms

(2) Need of light

(3) Species diversity

(4) Type of soil

111. Filliform apparatus is present in :-

(1) Suspensor cell

(2) Egg cell

(3) Synerigids

(4) Zygote

112. A couple is unable to produce a child even aftertwo years of marriage. After medicalinvestigations it is found that female ovary is notable to produce the egg but her fallopian tubes anduterus are suitable for reproductive events. Malehas no reproductive dysfunction. Which artificialtechnique would be followed to help the coupleto get a child :-

(1) ICSI (2) GIFT (3) ZIFT (4) IUI

108. fuEufyf[kr dFkuksa dks if<+, (A-D)

(A) gheksfQYl ba¶yq,ath ekuo esa U;qeksfu;k jksx ds fy,mÙkjnk;h gSA

(B) uklk fo"kk.kq ekuo esa lcls T;knk laØked jksx lkekU;tqdke QSykrk gSA

(C) oqpsjsfj;k ds dkj.k Qkbysfj;k gksrk gSA

(D) ekbØksLiksje] VªkbdksQkbVkWu vkSj ,fiM+eksZQkbVkWu nknds fy, mÙkjnk;h gSA

mijksDr esa ls fdrus dFku lR; gS :-

(1) 4 (2) 3

(3) 2 (4) 1

109. O;Ldksa esa tBj xzafFk;ksa ds L=ko.k laca/kh fuEu esa ls lclslVhd D;k gS :-

(1) 'ys"e] ckbdkcksZusV~l

(2) 'ys"e] jsfuu] HCl, ckbdkcksZusV~l

(3) 'ys"e] ykbist, HCl, ckbdkcksZusV~l

(4) ykbist ] jsfuu] HCl, isfIlu

110. fuEu esa ls dkSu lk fodYi >hy ds Lrjhdj.k ds vk/kkjdks lgh ls n'kkZrk gS ?

(1) fofHkUu o`f¼ izk:iksa ds O;oLFkkiu ds vk/kj ij

(2) izdk'k dh vko';drk

(3) tkfr; fofHkUurk

(4) e`nk dk izdkj

111. rUrq :i lEeqp; fdldk ,d y{k.k gS :-

(1) fuyEcd

(2) v.M dksf'kdk

(3) lgk;d dksf'kdk

(4) ;qXeut

112. ,d ;qxy fookg ds 2 o"kZ i'pkr~ Hkh f'k'kq mRiUu djusesa v{ke gSA fpfdRldh; funku ls irk pyk fd eknk dsv.Mk'k; v.Mk mRiUu djus es a l{ke ugha gSA ijUrqv.Mokfgfu;k¡ rFkk xHkkZ'k; tuu izfØ;kvksa ds fy;smi;qDr gSA uj esa dksbZ tufud v{kerk ugha gSA fuEufyf[kresa ls dkSulh d`f=e rduhd f'k'kq izkfIr gsrq mi;qDrgksxh :-

(1) ICSI (2) GIFT

(3) ZIFT (4) IUI

J ges'kk eqLdjkrs jgs a A

21/370999DM310315020


113. Observe the following figures and identify thelabelled structures P, Q, R, and S:-

P

Q

R

S

P Q R S

1. Archegonio-phore

Gemmacup

Antheridio-phore

Seta

2. Antheridio-phores

Rhizoids Archegonio-phore

Capsule

3. Antheridio-phore

Seta Archegonio-phore

Leaves

4. Archegonio-phore

Gemmacup

Antheridio-phore

Capsule

114. Identify the types of fins (a), (b), (c) and (d) inthe figure of Catla bony fish shown below.

(a)

(b)(c)

(d)

Options :-

(a) (b) (c) (d)

(1) Pelvic Anal Pectoral Dorsal

(2) Pectoral Dorsal Pelvic Anal

(3) Pelvic Dorsal Pectoral Anal

(4) Pectoral Anal Pelvic Dorsal

113. fuEu fp=ksa dks izsf{kr dfj, vkSj ukekafdr lajpukvksa P,Q, R vkSj S dks igpkfu, :-

P

Q

R

S

P Q R S

1. L=h/kkuh/kj tsek di iqa/kkuh/kj lhVk

2. iqa/kkuh/kj ewykHk L=h/kkuh/kj dsIlwy

3. iqa/kkuh/kj lhVk L=h/kkuh/kj ifÙk;k¡

4. L=h/kkuh/kj tsek di iqa/kkuh/kj dsIlwy

114. uhps fn[kk;s tk jgs fp= dryk vfLFk eNyh ds ia[kksa dsizdkj (a), (b), (c) rFkk (d) D;k gks ldrk gS] igpkfu,A

(a)

(b)(c)

(d)

fodYi :-

(a) (b) (c) (d)

(1) isfYod ,suy isDVksjy MklZy

(2) isDVksjy MklZy isfYod ,suy

(3) isfYod MklZy isDVksjy ,suy

(4) isDVksjy ,suy isfYod MklZy

0999DM31031502022/37


115. Selectable markers used in RDT because :-(1) Selection of marker gene(2) Selection of vector(3) Selection of transformants and eliminating

non-transformants(4) Selection of non-transformants and eliminating

transformants116. Read the following four statements (A-D) :-

(A) Depending on the ease of extraction,membrane proteins can be classified ashydrophobic and hydrophilic.

(B) Cell membrane is composed of lipids that arearranged in monolayer.

(C) The lipids are arranged within the membranewith the non polar head towards outer side andthe hydrophilic tail towards the inner side.

(D) Phagocytosis and pinocytosis are collectivelytermed as endocytosis.

Which of the above statements are wrong?(1) C & D (2) A, B & C(3) Only D (4) B & D

117. The fact, that C3 plants respond to higher CO2

concentration and show higher productivity, hasbeen used for some greenhouse crops such as :-(1) Maize and tomatoes(2) Bell pepper and Sorghum(3) Maize and Sorghum(4) Bell pepper and tomatoes

118. (a) The lymph nodes are small solid structures(b) The thymus is quite large at the time of birth(c) Spleen is secondary lymphoid organ(d) MALT constitutes about 50% of the lymphoid

tissue in human body.Identify the correct statement :-(1) a. c only (2) c only(3) a, b, d only (4) all are correct

119. Consider the following vertebrates :- Fishes,Birds, Mammals, reptiles and Amphibians whichof the following option correctly represent thedecreasing order in relation to number of species?(1) Amphibians < Mammals < Reptiles < Fishes

< Birds(2) Mammals < Amphibians < Reptiles < Birds

< Fishes(3) Mammals < Amphibians < Birds < Reptiles < Fishes(4) Amphibians < Mammals < Birds < Fishes <

Reptiles

115. oj.k fpUgd dk RDT esa mi;ksx fd;k tkrk gS D;ksfd :-(1) oj.k ;ksX; thu dks igpkuus es(2) okgd dks igpkuus esa(3) :ikUrj.kksa dk p;u rFkk v:ikUrjks dks lekIr djus

esa(4) v:ikUrj.kksa dk p;u rFkk :ikUrj.kksa dks lekIr djus

esa116. fuEufyf[kr pkj dFkuksa dks if<+, (A-D):-

(A) f>Yyh esa ik, tkus okys izksVhu dks vyx djus dhlqfoèkk ds vk/kkj ij tyfojkxh o tyLusgh Hkkxksa esafoHkDr dj ldrs gSaA

(B) dksf'kdk f>Yyh fyfiM dh cuh gksrh gS] tks ,d lrgesa O;ofLFkr gksrh gSA

(C) fyfiM f>Yyh ds vanj O;ofLFkr gksrs gSa] ftudkvèkqzoh; fljk ckgj dh vksj ,oa tyLusgh iqPN fljkvanj dh vksj gksrk gSA

(D) QsxkslkbVksfll o fiukslkbVksfll dks la;qDr :i ls,sUMkslkbVksfll dgk tkrk gSA

mijksDr dFkuksa esa dkSuls dFku xyr gSa\(1) C ,oa D (2) A, B ,oa C(3) dsoy D (4) B ,oa D

117. C3 ikS/ks mPprj CO2 lkaærk ds çfr vuqfØ;k djrs gSa ,oavf/kd mRikndrk n'kkZrs gSa] bl rF; dk mi;ksx dqNxzhu gkml Qlyksa ij fd;k x;k gS tSls fd :-(1) eDdk ,oa VekVj(2) csy fepZ ,oa Tokj(3) eDdk ,oa Tokj(4) csy fepZ ,oa VekVj

118. (a) yfldk xzfUFk;k¡ NksVh o Bksl lajpuk,sa gksrh gSA(b) tUe ds le; Fkkbel dkQh cM+k gksrk gSA(c) Iyhgk ,d f}rh;d yfldkHk vax gksrk gSA(d) MALT ekuo 'kjhj ds yfldkHk mÙkd dk yxHkx

50% gSAlgh dFku dks igpkfu, :-(1) flQZ a. c (2) flQZ c(3) flQZ a, b, d (4) lHkh lgh gSA

119. fuEu d'ks:dh dks if<+, :-

eRL;, i{kh, Lru/kkjh, ljhli vkSj mHk;pj budh tkrh dh

la[;k ds laca/k esa] fuEu esa ls dkSu lk fodYi buds ?kVrs

Øe dks lgh ls n'kkZrk gS ?

(1) mHk;pj < Lru/kkjh < ljhlì < EkRL; < i{kh

(2) Lru/kkjh < mHk;pj < ljhlì < i{kh < eRL;

(3) Lru/kkjh < mHk;pj < i{kh < ljhlì < eRL;

(4) mHk;pj < Lru/kkjh < i{kh < eRL; < ljhlì

23/370999DM310315020


120. Which of the following acts as ATPase duringmuscle contraction :-(1) Troponin (2) Actin(3) Myosin (4) Tropomyosin

121. Entomophily is present in :-(1) Wheat (2) Sunflower(3) Rice (4) All of the above

122. Morphogenetic movements in embryonicdevelopment are seen in :-(1) during fertilization(2) Blastulation(3) Gastrulation(4) during implantation

123. In earlier classification system which organismswere included under "Plants" :-(1) Bacteria, BGA, Fungi, Bryophyte, Ferns and

Spermatophytes(2) Bacteria, protozoa, Green algae, Porifera & Moss(3) Green algae, Moss, Bryophytes, Protozoa &

Porifera(4) Moss, Ferns, Gymnosperms, Protozoa and Porifera

124. Read the following statements :-(a) Characters are controlled by same units called

factors(b) In an dissimilar pair of factor one member

dominates the other(c) The law of dominance is used for explain the

expression of only one parents in F2

(d) Factors occors in pairsWhich of the above statements explain mendel'slaw of dominance ?(1) Only a (2) Only b & d(3) a, b, c, d (4) Only a & b

125. Match the following with respect to the averagecomposition of cells :-

Component % of the totalcellular mass

a. Protein (i) 5-7%

b. Carbohydrates (ii) 3%

c. Lipids (iii) 10-15

d. Nucleic acid (iv) 2

(1) a - i, b - iii, c - ii, d - iv(2) a - iii, b - ii, c - iv, d - i(3) a - iii, b - i, c - iv, d - ii(4) a - i, b - ii, c - iii, d - iv

120. fuEu esa ls dkSulk is'kh ladqpu ds nkSjku ATPase dh rjgdk;Z djrk gS :-(1) Vªksiksfuu (2) ,fDVu(3) ek;kslhu (4) Vªksiksek;ksflu

121. dhV ijkx.k mifLFkr gksrk gS :-(1) xsgw¡ (2) lwjteq[kh esa(3) pkoy esa (4) mijksä lHkh esa

122. Hkwz.kh; ifjo/kZu ds nkSjku ekQksZtsusfVd xfr;k¡ fdl voLFkkesa fn[kkbZ nsrh gS :-(1) fu"kspu ds nkSjku(2) CykLVqykHkou ds nkSjku(3) xSLVª©ykHkou ds nkSjku(4) jksi.k ds nkSjku

123. izkjafHkd oxhZdj.k i¼fr;ksa esa dkSuls thoksa dks ^îkni* esa

'kkfey fd;k x;k Fkk :-

(1) thok.kq] ch-th-,-] czk;ksQkbV~l] QuZ o LiesZVksQkbV~l

(2) thok.kq] izksVkstksvk] gjs 'kSoky] iksjhQsjk o ekWl

(3) gjs 'kSoky] ekWl] czk;ksQkbV ] izksVkstksvk o iksjhQsjk

(4) ekWl] QuZ] ftEuksLieZ] izksVkstksvk o iksjhQsjk

124. fn;s x;s dFkuksa dks if<+; s :-(A) y{k.kks dk fu/kkZj.k dkjd uked leku b Zdkb }kjk gksrk

gSA(B) ;fn dkjd tksM+ks ds nks lnL; vleku gks rks bues ls

,d dkjd nwljs dkjd ij izHkkoh gks tkrk gSA(C) F2 esa dsoy ,d tud dh vfHkO;fDr izHkkfodrk

ds fu;e ls le>kbZ tk ldrh gSA(D) dkjd tksM+ks esa gksrs gSAmij fn;s x;s fdrus dFku izHkkfodrk ds fu;e ds ckjs eslR; gSA(1) dsoy a (2) dsoy b rFkk d(3) a, b, c, d (4) dsoy a rFkk b

125. lgh feyku dhft, :-

?kVd dksf'kdh; Hkkj es adqy izfr'kr

a. Protein (i) 5-7%

b. Carbohydrates (ii) 3%

c. Lipid (iii) 10-15

d. Nucleic acid (iv) 2

(1) a - i, b - iii, c - ii, d - iv(2) a - iii, b - ii, c - iv, d - i(3) a - iii, b - i, c - iv, d - ii(4) a - i, b - ii, c - iii, d - iv

0999DM31031502024/37


126. Which of the following are incorrect with respectto reduction division ?(1) Interkinesis is short lived phase which is

followed by prophase-II, a much simplerphase than prophase-I

(2) Diakinesis is marked by terminalization ofchiasmata

(3) Pairing of homologous chromosomes occursin prophase-I

(4) Spliting of centromere of each chromosomeoccurs in anaphase-I

127. A synthetic growth regulator used to promotesynchronized flowering in pineapples :-(1) Benzyl aminopurine(2) Phenyl mercuric acetate(3) Indole butyric acid(4) Ethephon

128. In severe cases finger nails and lips may turn grayto bluish in colour in which of the followingdisease :-(1) Pneumonia (2) Malaria(3) Typhoid (4) Filariasis

129. In the given diagram of Electrostatic precipitator.which of the following option correctly representA,B,C,D,E and F ?

B

C

D

EF

A

A B C D E F

(1) Cleanair

Dustparticles

Negativelychargedwire

Dirtyair

Collectionplategrounded

Dischargedcorona

(2) Cleanair

Dischargecorona

Dustparticles

Dirtyair



(3) Dirtyair

Dischargecorona

negativelychargedwire

Cleanair


Dustparticles

(4) Dirtyair


Dischargecorona

Cleanair


Dustparticles

126. fuEu esa ls dkSulk dFku U;wudkjh foHkktu ds lanHkZ esa xyrgS\

(1) bUVjdkbusfll vYidkfyd izkoLFkk gk srh gS tks

izksQst-II ds i'pkr~ gksrh gS vkSj izksQst-I ls cgqr ljy

gksrh gSA

(2) Mkbdkbusfll dh igpku MkbTesVk dk miakfrHkou gSA

(3) letkr xq.klw=ksa dk ; qXeu izksQst-I esa gksrk gSA

(4) izR;sd xq.klw= dk lsaVªkseh;j ,ukQst-I esa foHkkftr gksrk

gSA

127. ,d Ïf=e o`fð fu;U=d tks fd pineapples esa iq"iksa dkcuuk ,d leku dj nsrk gS :-(1) Benzyl aminopurine(2) Phenyl mercuric acetate(3) Indole butyric acid(4) Ethephon

128. fuEufy[kr esa fdl jksx ds xaHkhj ekeyksa esa gksaB vkSj gkFkdh vaxqfy;ksa ds uk[kwuksa dk jax /kwlj ls ysdj uhyk rdgks tkrk gS :-(1) U;qeksfu;k (2) eysfj;k(3) VkbQkWbM (4) Qkbysfj;k

129. fLFkj oS|qr vo{ksfi= ds fn, gq, fp= esa] fuEu esa ls

dkSu lk fodYi A,B,C,D,E vkSj F dks lgh ls n'kkZrk

gS ?

B

C

D

EF

A

A B C D E F

(1) LoPNok;q

/kwy d.k ½.kvkosf'kr rkj�

vLoPNok;q

laxzg IysVHkwlaifdZr

foltZudksjksuk

(2) LoPNok;q

foltZudksjksuk

/kwy d.k vLoPNok;q


½.kvkosf'kr rkj

(3) LoPNok;q

foltZudksjksuk

½.kvkosf'kr rkj

LoPNok;q


/kwy d.k

(4) vLoPNok;q

½.kvkosf'kr rkj

foltZudksjksuk

LoPNok;q


/kwy d.k

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130. Olecranon process present in :-(1) Proximal end of humrus(2) Proximal end of ulna(3) Distal end of ulna(4) Distal end of humrus

131. Junction between ovule and funicle is :-(1) Hilum (2) Chalaza(3) Micropyle (4) Raphe

132. If there is no fertilization then corpus luteum startdegeneration on 9th day of its formation. Reasonof start of degeneration is :-(1) Increase in amount of LH(2) Decrease in amount of LH(3) Increase in amount of GnRH(4) Decrease in level of progesteron

133. Read the following four statements (A-D) withrespect to epithelial tissue.(A) It has a free surface, which faces either a body

fluid or the outside environment and thusprovides a covering or a lining for some partof the body.

(B) The cuboidal epithelium of proximalconvoluted tubules of nephron in the kidneylacks microvilli.

(C) The function of ciliated epithelium is to moveparticles or mucus in all directions over theepithelium

(D) Compound epithelium cover the dry surfaceof the skin, moist surface of buccal cavity,pharynx, inner lining of ducts of salivaryglands and of pancreatic ducts.

How many of the above statements are right ?(1) One (2) Two (3) Three (4) Four

134. Select the correct combination :-

Interection Ratio Example

(1) Complimentarygene

9 : 7 Garden pea

(2) Dominantepistasis

9 : 3 : 4 Hair colourin dog

(3) Recessiveepistasis

12 : 3 : 1 Coat colourin mice

(4) Supplementarygene

9 : 3 : 4 Coat colourin mice

130. vkyhØsuu izo/kZ ik;k tkrk gSa :-(1) â;wejl ds lehiLFk Hkkx ij(2) vYuk ds lehiLFk Hkkx ij(3) vYuk ds nqjLFk Hkkx ij(4) â;wejl ds nqjLFk Hkkx ij

131. chtk.M o chtk.M o`Ùk dk laf/k fcUnq gS :-(1) ukfHkdk (2) fuHkkx(3) chtk.Mdk; (4) jsQs

132. ;fn fu"kspu ugha gksrk rks dkiZl Y;wfV;e vius fuekZ.k ds9osa fnu fo?kfVr gksuk izkjaHk dj nsrk gSA bldk dkj.kgS :-(1) LH dh ek=k esa o`f¼(2) LH dh ek=k esa deh(3) GnRH ds Lrj esa o`f¼(4) izkstsLVªkWu ds Lrj esa deh

133. midyk mÙkd ds lanHkZ esa fuEufyf[kr pkj dFkuksa (A-D)dks if<+,A(A) buesa ,d eqDr Lrj gksrk gS] tks ,d vksj rks nsg-rjy

vkSj nwljh vksj cká okrkoj.k ds laidZ esa jgrk gS]vkSj bl izdkj nsg dk vkoj.k vFkok vkLrj dk fuekZ.kdjrk gSA

(B) o`Dd esa o`Dddka s dh lehiLFk oyf;r ufydk dh?kukdkj midyk esa lw{ekadqj ugha gksrk gSA

(C) i{ekHkh midyk dk dk;Z d.kks a vFkok 'ys"ek dksmidyk dh lrg ij lHkh fn'kk esa ys tkuk gSA

(D) la;qDr midyk Ropk dh 'kq"d lrg] eq[k xqgk dh uelrg ij] xzluh] ykj xzafFk;ksa vkSj vXuk'k;h dh okfgfu;ksads Hkhrjh vkLrj dks <+drk gSA

mijksDr dFkuksa esa fdrus dFku lgh gSa ?(1) ,d(2) nks(3) rhu(4) pkj

134. lgh feyku fdth, :-

tho vUrZfØ;k vuqikr mnkgj.k

(1) iwjd tho 9 : 7 m|ku eVj

(2) izHkkoh izcyrk 9 : 3 : 4 dqÙks ds ckyksdk jax

(3) vizHkkohizcyrk

12 : 3 :1

pwgs es dksV dkjax

(4) lIyhesaVjhthu

9 : 3 : 4 pwgs es dksV dkjax

0999DM31031502026/37


135. Match the column I with column II :-

Column - I Column - II

(a) Restrictionenzyme

(i) Molecularglue

(b) DNA ligase (ii) Molecularscissor

(c) Lysozyme (iii) Antimicrobial

(d) Tag polymerase (iv) PCR

(1) a - ii, b - i, c - iv, d - iii

(2) a - ii, b - iv, c - iii, d - i

(3) a - ii, b - i, c - iii, d - iv

(4) a - i, b - ii, c - iii, d - iv

136. How many of the following concern with nucleus?

Oxysomes, Cristae, Double membrane, Stroma,Nucleoplasm, Porins, Chromatin, Nuclear pores,Nucleolus, Thylakoids, 9 + 2 arrangement ofMicrotubules, Chlorophyll, r-RNA synthesis,Lamins protein

(1) Seven (2) Five (3) Nine (4) Ten

137. Exponential growth in plant can be expressed as:-

(1) Lt = L0 × rt

(2) L0 = Lu × rt

(3) Wt = W0ert

(4) Wt = W0ert

138. Which of the following is example of activeimmunity:-

(1) foetus receives antibodies from motherthrough placenta during pregnancy.

(2) colostrum secreted by mother during initialdays of lactation has abundant antibodies toprotect the infant.

(3) Injecting the microbes deliberately duringimmunisation.

(4) All of the above.

135. dkWye I dk feyku dkWye II ls dhft, :-

Column - I Column - II

(a) Restrictionenzyme

(i) Molecularglue

(b) DNA ligase (ii) Molecularscissor

(c) Lysozyme (iii) Antimicrobial

(d) Tag polymerase (iv) PCR

(1) a - ii, b - i, c - iv, d - iii

(2) a - ii, b - iv, c - iii, d - i

(3) a - ii, b - i, c - iii, d - iv

(4) a - i, b - ii, c - iii, d - iv

136. fuEu esa ls fdrus dsUæd ls lEcaf/kr gS\

vkWDlhlkse] fØLVh] nksgjh f>Yyh] LVªksek] U;wfDy;ksIykTe]iksfju] ØksesfVu] U;wfDy;j fNæ] U;wfDy;ksyl] FkkbysdkWbM]ekbØksV~C;wYl dh 9 + 2 O;oLFkk] DyksjksfQy] r-RNAla'ys"k.k] ysfeu izksVhu

(1) lkr (2) ikap

(3) ukS (4) nl

137. ikni esa T;kfefr; o`fð crk;h tk ldrh gS :-

(1) Lt = L0 × rt

(2) L0 = Lu × rt

(3) Wt = W0ert

(4) Wt = W0ert

138. fuEufyf[kr esa ls dkSulk lfØ; izfrj{kk ds mnkgj.k gS :-

(1) lxHkZrk ds nkSjku Hkzw.k dks vijk }kjk ek¡ ls izfrj{kh

feyrs gSA

(2) nqX/kL=o.k ds izkjfEHkd fnuksa esa ek¡ ds }kjk L=kfor

îh;w"k* esa izfrjf{k;ksa dh izpqjrk gksrh gS tks f'k'kq dh

j{kk djrk gSA

(3) izfrj{khdj.k ds nkSjku tkucw>dj jksxk.kqvksa dk Vhdk

nsukA

(4) mijksDr lHkhA

viuh {kerk dks iwjk olwyus dk iz;kl djs a A

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139. Identify the correct match from the column I,IIand III :-

Column-I Column-II Column-III

(1) Mutualism (a) (+,–) (i) Visitingflamingoes andresident fishesin southamerican lakes

(2) Competition (b) (+, 0) (ii) Starfishpisaster inAmericanpacific coast

(3) Predation (c) (+, +) (iii) Cattle egretbirds and cattle

(4) Commensalism (d) (–, –) (iv) Lichens

(1) 1-d-(iv),2-c-(i),3-a-(ii),4-b-(iii)(2) 1-c-(iv),2-d-(i),3-a-(ii),4-b-(iii)(3) 1-c-(iv),2-d-(iii),3-a-(ii),4-b-(i)(4) 1-d-(iv),2-c-(i),3-b-(ii),4-a-(iii)

140. Person suffering from diabetes inspidus will showwhich of the following symptom/s :-(1) Dilute urine (2) Debydration(3) Polydipsia (4) All of the above

141. Match the following and choose correct option :-

Column-I Column-II

(a) Brassicaceae (i) Placentaswollen

(b) Fabaceae (ii) Flowerstrimerous

(c) Solanaceae (iii) Stamenstetradynamous

(d) Liliaceae (iv) Gynoeciummonocarpellary

Option :-(1) a-(iv), b-(iii), c-(ii), d-(i)(2) a-(i), b-(ii), c-(iii), d-(iv)(3) a-(iii), b-(iv), c-(i), d-(ii)(4) a-(iii), b-(iv), c-(ii), d-(i)

139. dkWye I,II vkSj III esa lgh feyku dks igpkfu, :-

dkWye-I dkWye-II dk Wye-III

(1) lgksidkfjrk (a) (+,–) (i) nf{k.kvesfjdk dh>hyksa esa vkxarqd¶ysfeaxks vkSj oghadh vkoklheNfy;kWaA

(2) Li/kkZ (b) (+, 0) (ii) vesfjdhiz'kkar rV esaikblSLVj rkjkehu

(3) ijHk{k.k (c) (+, +) (iii) i{kh cxqykvkSj pkj.k i'kqA

(4) lgHkksftrk (d) (–, –) (iv) ykbdsu

(1) 1-d-(iv),2-c-(i),3-a-(ii),4-b-(iii)(2) 1-c-(iv),2-d-(i),3-a-(ii),4-b-(iii)(3) 1-c-(iv),2-d-(iii),3-a-(ii),4-b-(i)(4) 1-d-(iv),2-c-(i),3-b-(ii),4-a-(iii)

140. og O;fDr tks Mk;cVht bUlfiMl ls tw> jgk gS fuEu esals fdl y{k.k dks iznf'kZr djsxk :-(1) ruq ew= (2) futZyhdj.k(3) iksyhfMfIl;k (4) mijksDr lHkh

141. fuEu dk feyku dhft;s rFkk lgh fodYi dk p;u dhft;s&

LrEHk-I LrEHk-II

(a) czslhdslh (i) chtk.Mklu Qwykgqvk

(b) Qkcslh (ii) iq"i f=r;h

(c) lksysuslh (iii) iqadslj prqnh?khZ

(d) fyfy,lh (iv) tk;kax ,dv.Mih

fodYi :-(1) a-(iv), b-(iii), c-(ii), d-(i)(2) a-(i), b-(ii), c-(iii), d-(iv)(3) a-(iii), b-(iv), c-(i), d-(ii)(4) a-(iii), b-(iv), c-(ii), d-(i)

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142. List some of the plants are given below.Dryopteris, Pteridium, Pteris, Adiantum,Selaginella, Salvinia, Azolla, MarsileaHow many above plants are heterosporous?(1) Three (2) Four(3) Five (4) Two

143. Given below is the diagrammatic sketch of aAreolar loose connective tissue. Identify the partslabelled A, B, C and D and select the right optionabout them.

A

B

C

D

Part-A Part-B Part-C Part-D

(1) Mast cell Macrophage Fibroblast Adipocyte

(2) Macrophage Mast cell Collagenfibre

Lymphocyte

(3) Mast cell Fibroblast Lymphocyte Adipocyte

(4) Macrophage Mast cell Fibroblast Plasma cell

144. In a population albinism is present is 60individuals out of 6000. What is number of normaloffspering in population :-(1) 4860 (2) 5460(3) 5940 (4) 2000

145. Which statement is not correct for GM crops ?(1) Crops more tolerant to abiotic stresses(2) Enhanced nutritional value of food(3) Reduced reliance on chemical pesticides(4) Decresed efficiency of mineral usage by plants

146. Which of the following statements regardingcofactors of enzymes is correct ?(1) Zinc is a cofactor for the proteolytic enzyme

carboxypeptidase(2) Nicotinamide adenine dinucleotide contain the

vitamine riboflavin(3) Cofactor is the part of enzyme which does not

affect the catalytic activity of the enzyme(4) Prosthetic groups are distinguished from other

cofactors in that prosthetic groups are looselybound to the apoenzyme

142. uhps dqN ikniksa dh lwph nh xbZ gSAMªkW;ksIVSfjl] VsfjfM;e] Vsfjl] ,fM,sUVe] flySftuSyk]lkfYofuvk] ,tksyk] eklhZfyvkmijksDr fdrus ikni fo"kechtk.kqd gS\(1) rhu (2) pkj(3) ik¡p (4) nks

143. uhps fn;s tk jgs ,d vkjs[khr fp= esa ,sfj;ksyj <hyk la;ksthÅÙkd fn[kk;k x;k gSA blesa A, B, C rFkk D ukekafdrHkkx D;k-D;k gSA bl fo"ke esa lgh fodYi pqfu,A

A

B

C

D

Hkkx-A Hkkx-B Hkkx-C Hkkx-D

(1) ekLV dksf'kdk cgn~Hk{kdk.kq js'k dksjd ,fMikslkbV

(2) cgn~Hk{kdk.kq ekLV dksf'kdk dksystu js'kk fyEQkslkbV

(3) ekLV dksf'kdk js'k dksjd fyEQkslkbV~l ,fMikslkbV

(4) cgn~Hk{kdk.kq ekLV dksf'kdk js'k dksjd IykTek dksf'kdk

144. ;fn fdlh ikWiqys'ku ds 6000 yksxks esa ls 60 O;fDr;ksa esajatdghurk mifLFkr gS rks lkekU; O;fDr;ksa dh la[;k fdruhgksxh :-(1) 4860 (2) 5460(3) 5940 (4) 2000

145. GM ikS/kks ds fy, dkSulk dFku vlR; gS ?(1) vtSo izfrcyks ds izfr vf/kd lfg".kq Qlyks dk fuekZ.k(2) [kk| inkFkksZ ds iks"kf.kd Lrj esa o`f¼(3) jklk;fud ihMduk'kdks ij de fuHkZjrk djuk(4) ikS/kks }kjk [kfut mi;ksx {kerk esa deh

146. ,atkbEl ds lgdkjdksa ds lEcU/k esa fuEu dFkuksa esa dkSulklgh gS ?(1) izksfV;ksykbfVd ,atkbe dkcksZDlhisIVhMst ls ftad ,d

lgdkjd ds :i esa tqM+k gksrk gSA(2) fudksVhusekbM ,Msuhu Mkb ZU;wfDy;ksVkbM] jkbcks¶ysfou

foVkfeu j[krs gSaA(3) lgdkjd] ,atkbe dk og Hkkx gS] tks ,atkbe dh mRizsjd

fØ;k'khyrk dks izHkkfor ugha djrk gSA(4) izksLFksfVd lewg vU; lgdkjdksa ls bl :i esa fHkék gksrs

gSa] D;ksafd izksLFksfVd lewg ,iks,atkbe ls <hys ca/ks gksrsgSaA

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147. Out of following which statement is incorrect ?(1) The universe is almost 20 billion years old(2) Earth was supposed to have been formed about

4.5 billion years back(3) Life appeared 500 million years after the

formation of earth(4) The big bang theory erxplain the origin of earth

148. Most of the nutrients like amino acids, glucose,electrolytes like Na+ are absorbed through :-(1) Facilitated transport(2) Active transport(3) Osmotic gradient(4) Small protein coated fat globules

149. Find out the correct match from the followingtable ?

Act Year

(i) The National Environmentprotection Act

1981

(ii) The insecticide Act 1968

(iii) The water (prevention andcontrol of pollution) Act

1974

(iv) The air(Prevention andcontrol of pollution) Act

1986

(1) (i),(ii) and (iii) (2) (ii) and (iv) only(3) (ii) and (iii) only (4) (i),(iii) and (iv)

150. ANF is secreted by :-(1) Atrial wall and increase blood pressure(2) Atrial wall and decrease blood pressure(3) Ventrical wall and decrease blood pressure(4) Both atrial and ventricular wall to decrease

blood pressure151. The floral formula of Petunia is :-

(1) Å K C A (5) (5) 5 (2)G (2) Å K C A 5 5 (5) (2)G

(3) Å K C A (5) (5) 5 2G (4) Å K C A (5) (5) (5) (2)G

152. List some of the plants are given below :-Cedrus, Pinus, Cycas, Marchantia, Castor,Polytrichum, Mustard.How many above plants have an independent freeliving existance of male and female gametophyte(1) Three (2) Two(3) Five (4) Four

147. fuEu esa ls dkSu lk dFku lgh ugha gS\(1) czãk.M yxHkx 20 fcfy;u o"kZ iqjkuk gSaA(2) i`Foh ,slk ekuk tkrk gS fd yxHkx 4.5 fcfy;u o"kZ

iwoZ cuh gksxhA(3) thou i`Foh ds cuus ds 500 fefy;u o"kZ ckn mRiUu

gqvkA(4) fcx cSax fl¼kUr i`Foh dh mRifÙk dks le>krk gSaA

148. vf/kdka'k ik s"kd rRo tSls vehuka s vEy] Xywdk st]bysDVªksykbV~l tSls Na+ fuEu ds }kjk vo'kksf"kr gksrs gS :-(1) lqlk/; ifjogu(2) lfØ; ifjogu(3) ijklj.kh ço.krk(4) çksVhu vkLrfjr lw{e olk xksyd

149. nh gqbZ rkfydk esa ls lgh feyku dks igpkfu, ?

,DV lky

(i) jk"Vªh; i;kZoj.k lqj{kk ,DV 1981

(ii) dhVuk'kd ,DV 1968

(iii) ty (iznq"kd cpko o fu;a=.k),DV

1974

(iv) ok;q (iznq"k.k cpko ,oa fu;a=.k,DV) ,DV

1986

(1) (i),(ii) and (iii) (2) (ii) and (iv) only(3) (ii) and (iii) only (4) (i),(iii) and (iv)

150. ANF dk L=ko.k fd;k tkrk gSa :-(1) vkfyan fHkÙkh ls tks :f/kj nkc c<krk gSa(2) vkfyan fHkÙkh ls tks :f/kj nkc ?kVkrk gSa(3) fuy; fHkÙkh ls tks :f/kj nkc ?kVkrk gSa(4) vkfyan o fuy; dh fHkÙkh ls tks :f/kj nkc ?kVkrk

gSa151. fiVqfu;k dk iq"i lw= gS :-

(1) Å K C A (5) (5) 5 (2)G (2) Å K C A 5 5 (5) (2)G

(3) Å K C A (5) (5) 5 2G (4) Å K C A (5) (5) (5) (2)G

152. uhps dqN ikniksa dh lwph nh xbZ gS :-flMªl, ikbul, lkbdl, ekdsZf'k;k, vj.M, iksfyVªkbde]ljlkas :-mijksDr fdrus ikniksa ds uj o eknk ;qXedksn~fHknksa dk Lora=eqDrthoh vfLrRo gksrk gS\(1) rhu (2) nks(3) ik¡p (4) pkj

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153. Many species of cockroaches are :-

(1) Wild

(2) Pests

(3) Have economic importance

(4) Both (1) & (3)

154. Consider the following four statement A, B, C andD and select the right option for two correctstatements :-

(A) Dominance is not an autonomous feature ofa gene

(B) In case of co-dominance the f1 generationresembled either of two parents

(C) Due to dominance alleles do not show anyblending

(D) In ABO blood type four types or phenotypesare formed

The correct statement are

(1) A and B (2) B and C

(3) C and D (4) A and D

155. In transgenics, expression of transgene in targettissue is determined by :-

(1) Reporter

(2) Enhancer

(3) Transgene

(4) Promoter

156. Read the following four statements (A–D) :-

(A) Thermal stability is an important quality ofenzymes which are isolated from thermophilicorganisms

(B) Formation of Enzyme substrate complex,during enzymatic reaction, is an facultativephenomenon

(C) Enzymes bring down the energy barrierbetween substrate and transition state to makethe transition of substrate to product easy

(D) The essential chemical components of manycoenzymes are proteins and vitamins

How many of the above statements are right ?

(1) Four (2) One (3) Two (4) Three

153. frypêksa dh cgqr lh tkfr;k¡ gksrh gSA

(1) taxyh

(2) ihM+d

(3) vkfFkZd egRo gksrk gS

(4) (1) o (3) nksuksa

154. fn;s x;s pkj dFkuksa (A, B, C vkSj D) ij fopkj djsa

rFkk nks lgh dFkuksa ds fy;s lgh fodYi dk p;u dhft,:-

(A) izHkkfodrk thu dk Lok;Ùk xq.k ugha gSA

(B) lgizHkkfodrk ,slh ?kVuk gSA ftles f1 ih<+h nksuks tudks

esa ls fdlh ,d tud ds tSlh gksrh gSA

(C) izHkkfodrk dh otg ls vyhYl esa lfEeJ.k ugha gksrk

gSA

(D) ABO :f/kj oxksZ ds 4 fofHkUu QhuksVkbi gksxsaA

lgh dFku gSA

(1) A rFkk B

(2) B rFkk C

(3) C rFkk D

(4) A rFkk D

155. ikjthohdh esa] ijthoh thu dh vfHkO;fDr VkjxsV mrd

esa fu/kkZfjr gksrh gS :-

(1) Reporter

(2) Enhancer

(3) Transgene

(4) Promoter

156. fuEufyf[kr pkj dFkuksa (A–D) dks if<+, :-

(A) ,atkbEl tks Å"ekLusgh lthoksa ls i`Fkd fd;s tkrs gSa]mudh ,d eq[; fo'ks"krk gS Å"ek LFkkf;Ro@rki

LFkkf;Ro(B) ,atkbesfVd fØ;k ds nkSjku ,atkbe fØ;k/kkj lfEeJ

dk cuuk ,d fodYih ifj?kVuk gSA

(C) ,atkbe] fØ;k/kkj ds mRikn esa ifjorZu dks vklku cukusds fy, fØ;k/kkj ,oa laØe.k voLFkk ds chp ds ÅtkZ

vojks/k dks de djrs gSA(D) vusd lg,atkbEl ds vko';d jklk;fud ?kVd gSa

izksVhUl ,oa foVkfeUlmijksDr dFkuksa esa ls fdrus lgh gSa \(1) pkj (2) ,d

(3) nks (4) rhu

Time Management is Life Management

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157.

Two peaks form

In above diagram :-

(1) It favours average value and eliminate theextreme value.

(2) It favours one extreme value and eliminate theanother extreme and average value.

(3) It favours both extreme values and eliminateaverage value.

(4) It favours one extreme and average value andeliminate the another extreme value.

158. Total volume of air a person can expire after anormal inspiration. This is termed as :-

(1) Residual volume

(2) Expiratory capacity

(3) Vital capacity

(4) Inspiratory capacity

159. Identify the correct match from column-I andcolumn-II :-

Air pollutant Effect

(i) Carbon monoxide (a) cancer causes lungs

(ii) unburnhydrocarbons

(b) Responsible for acidrain

(iii) Ethylene (c) it impairs respirationand it causes death

(iv) Nitrogen oxide (d) Falling of leaves without particular season

(1) ®(i)-(b),(ii)-a,(iii)-(d),(iv)-(c)

(2) ®(i)-(c),(ii)-(a),(iii)-(d),(iv)-(b)

(3) ®(i)-(c),(ii)-(d),(iii)-(a),(iv)-(b)

(4) ®(i)-(c),(ii)-(b),(iii)-(d),(iv)-(a)

157.

Two peaks form

mijksDr fp= esa :-

(1) ;g vkSlr e/;eku dks p;u djrk gS vkSj ijkdk"Bkij mifLFkr lnL;ksa dks foyqIr djrk gSA

(2) ;g ,d ijkdk"Bk ij lnL;ks dks p;u djrk gS vkSjnwljh ijkdk"Bk vkSj e/;eku ij mifLFkr lnL;ksa dksfoyqIr djrk gSA

(3) ;g nksuks ijkdk"Bk ij lnL;ks dk p;u djrk gS vkSje/;eku ij lnL;ks dk foyksiu djrk gSA

(4) ;g ,d ijkdk"Bk vkSj vkSlr e/;eku dk p;u djrkgS vkSj ,d ijkdk"Bk dks foyqIr djrk gSA

158. lkekU; fu%'olu mijkar ok;q dh dqy ek=k tks ,d O;fävar% 'oflr dj ldrk gS] dgykrh gS :-

(1) vof'k"V vk;ru

(2) fu%'olu {kerk

(3) tSo {kerk

(4) var% 'olu {kerk

159. dkWye-I vkSj dkWye -II esa ls lgh feyku dks igpkfu,:-

ok;q iznw"kd izHkko

(i) dkcZu eksuks vkWDlkbM (a) blls QsQMksa esa dsUlj gkstkrk gSA

(ii) vnfgr gkbMªksdkWCkZu (b) blds dkj.k vEyh;o"kkZ gksrh gSA

(iii) bFkkbyhu (c) blls 'okaljks/k gks tkusls eR;q gks tkrh gSA

(iv) ukbVªkstu vkWDlkbM (d) blds dkj.k ifRr;kWacsekSle fxj tkrh gSA

(1) ®(i)-(b),(ii)-a,(iii)-(d),(iv)-(c)

(2) ®(i)-(c),(ii)-(a),(iii)-(d),(iv)-(b)

(3) ®(i)-(c),(ii)-(d),(iii)-(a),(iv)-(b)

(4) ®(i)-(c),(ii)-(b),(iii)-(d),(iv)-(a)

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160. Cerebellum of brain is responsible for :-

(1) Maintainence of posture

(2) Skillfull movements

(3) Muscular co-ordination

(4) All of the above

161. Which of the following is an example of lateralmeristem ?

(1) Root apex

(2) Shoot apex

(3) Intercalary meristem

(4) Inter fascicular cambium

162. In which of the following sexual reproduction isoogamous and accompained by complex postfertilization developments :-

(1) Ulothrix (2) Spirogyra

(3) Polysiphonia (4) Ectocarpus

163. The third layer around spermatophore ofcockroach is secreted by ______, When doublelayered spermatophore is released outside frommale genital pore during copulation.

(1) Ejaculatory duct

(2) Seminal vesicle

(3) Long tubules of mushroom gland

(4) Phallic gland

164. In this B-DNA assume that 10,000 bp is presentthan calculate length of DNA ?

5' 3'

3' 5'

(1) 34000 Å (2) 3400 Å

(3) 340 Å (4) 10000 Å

160. efLr"d dk vuqefLr"d Hkkx mÙkjnk;h gksrk gSa :-

(1) 'kkjhfjd vklu dk fu;a=.k

(2) n{krkiw.kZ dk;Z

(3) is'kh leUo;u

(4) mijksDr lHkh

161. fuEufyf[kr esa ls dkSulk ,d mnkgj.k ik'oZ foHkT;ksÙkddk gS\

(1) ewy 'kh"kZ

(2) çjksg 'kh"kZ

(3) vUrfoZ"B foHkT;ksÙkd

(4) vUrjkiwyh; ,/kk

162. fuEufyf[kr esa fdlesa ySafxd v.M;qXedh izdkj dkgksrk gS ,oa fu"kspuksÙkj i'pkr tfVy fodkl gksrkgS :-

(1) ;wyksfFkzDl (2) Likbjksxkbjk

(3) iksfylkbQksfu;k (4) ,DVksdkiZl

163. dkWdjksp dk 'kqØk.kq/kj ds pkjksa rjQ rhljk Lrj ______

}kjk L=kohr gksrk gS] tc eSFkqu ds le; f}Lrjh; 'kqØk.kq/kj

uj tuu fNæ ls ckgj fudyrs gSaA

(1) L[kyu okfguh

(2) 'kqØk'k;

(3) N=d xzafFk dk cM+h ufydk,¡

(4) f'k'uh; xzafFk

164. fn;k x;k B-DNA 10,000 {kkj;qXeks ls cuk gqvk gSA rksbldh yEckbZ Kkr dhft,A

5' 3'

3' 5'

(1) 34000 Å (2) 3400 Å

(3) 340 Å (4) 10000 Å

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165. Monascus purpureus is a yeast usedcommercially:-

(1) citric acid

(2) blood chlolesterol lowering agent

(3) ethanol

(4) streptokinase

166. Which one of the following will yield moreenergy:-

(1) C6H12O6 ¾¾® 2CH3COCOOH

(2) C6H12O6 ¾¾® 2C2H5OH + 2CO2

(3) C6H12O6 ¾¾® 2C3H6O3

(4) C6H12O6 + 6O2 ¾¾® 6CO2 + 6H2O

167. Which is not a feature of neodarwinism ?

(1) Rapid multiplication

(2) Struggle for existence

(3) Natural selection

(4) Inheritance of acquired characters

168. The sequential event in the heart which iscyclically repeated is called :-

(1) Systole of both atria

(2) Diastole of both atria

(3) Systole of both ventricles

(4) Cardiac cycle

169. Match the following columns :-

Column-I Column-II

(A) Incineration (i) Solid waste burning in absence of oxygen

(B) Pyrolysis (ii) Smoke which release from chimnies

(C) Flu gas (iii) Solid wastes burning in presence of oxygen

(D) Plume (iv) Gas which release of from chimnies

(1) (A)-(iv),(B)-(i),(C)-(iii),(D)-(ii)

(2) (A)-(ii),(B)-(i),(C)-(iv),(D)-(iii)

(3) (A)-(iii),(B)-(i),(C)-(iv),(D)-(ii)

(4) (A)-(iii),(B)-(iv),(C)-(i),(D)-(ii)

165. Monascus purpureus ,d ;hLV gS] mldk mi;ksx fd;ktkrk gS :-

(1) citricacid

(2) blood chlolesterol de djus esa

(3) ethanol

(4) streptokinase

166. fuEu esa ls dkSulh çfØ;k ls vf/kd ÅtkZ çkIr gksxh :-

(1) C6H12O6 ¾¾® 2CH3COCOOH

(2) C6H12O6 ¾¾® 2C2H5OH + 2CO2

(3) C6H12O6 ¾¾® 2C3H6O3

(4) C6H12O6 + 6O2 ¾¾® 6CO2 + 6H2O

167. dkSu lk uo MkfoZuokn dk fcUnq ugha gS\

(1) rhoz xq.ku

(2) mÙkj thfork ds fy, la?k"kZ

(3) izkÏfrd oj.k

(4) mikftZr y{k.kksa dh oa'kkxfr

168. ân; esa gksus okyh pfØ; iqukjko`fr ?kVuk Øe dgykrhgS :-

(1) nksuksa vkfyanks dk çdqapu

(2) nksuksa vkfyanks dk f'kfFkyu

(3) nksuksa fuy;ksa dk çdqapu

(4) ân pØ

169. fuEu dkWye dk feyku dhft, :-

dkWye-I dkWye-II

(A) HkLehdj.k (i) Bksl dpjs dk vkWDlhtu dh vuqifLFkfr esa tykuk

(B) rki vi?kVu (ii) fpeuh ls fudyus okyk /kqWavk

(C) ¶yw xSl (iii) Bksl dpjs dk vkWDlhtu dh mifLFkfr esa tykuk

(D) Iywe (iv) fpeuh ls fudyus okyh xSl

(1) (A)-(iv),(B)-(i),(C)-(iii),(D)-(ii)

(2) (A)-(ii),(B)-(i),(C)-(iv),(D)-(iii)

(3) (A)-(iii),(B)-(i),(C)-(iv),(D)-(ii)

(4) (A)-(iii),(B)-(iv),(C)-(i),(D)-(ii)

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170. Attraction to opposite sex is controlled by :-

(1) Thalamus located on dorsal side of

diencephalon

(2) Hypothalumus located on dorsal side of

diencephalon

(3) Hypothalumus located on ventral side of

diencephalon

(4) Thalumus located on ventral side of

diencephalon

171.

AB

C

D

Identify the A, B, C and D in given diagram of

male reproductive system and choose correct

option.

(1) A - Ejaculatory - Receive both urine as

duct well as semen

(2) B - Prostate - Unpaired accessory sex

gland in male

(3) C - Urethra - Carry urine and semen

and passess through

corpora cavernosa

(4) D - Vas deference - Carry secretion of

prostate, seminal

vesicle and sperms.

172. In the five kingdom system of classification of

Whittaker, how many kingdom are for

eukaryotes?

(1) Three (2) Four

(3) Five (4) Two

170. foijhr fyax ds izfr vkdZ"k.k dk fu;a=.k gksrk gSa :-

(1) psrd tks Mk;uflQsyku dh i`"B lrg ij ik;k tkrkgSa

(2) v/kkspsrd tks Mk;uflQsyku dh i`"B lrg ij ik;ktkrk gSa

(3) v/kkspsrd tks Mk;uflQsyku dh v/kj lrg ij ik;ktkrk gSa

(4) psrd tks Mk;uflQsyku dh v/kj lrg ij ik;k tkrkgSa

171.

AB

C

D

uj iztuu ra= ds fn;s x, fp= esa A, B, C rFkk D dks

igpkusa rFkk lgh fodYi dk p;u djsaA

(1) A - L[kyu - ew= rFkk oh;Z] nksuksa blesa

ufydk ls izokfgr gksrs gSaA

(2) B - izkWLVsV - uj dh v;qfXer vfrfjDr

ySafxd xzafFk

(3) C - ;wjSFkzk - ew= rFkk oh;Z] nksuksa izokfgr

gksrs gSa] rFkk ;g dksjik sjk

dsojukslk esa ls xqtjrk gSA

(4) D - 'kqØ okgd - blesa 'kqØk.kq rFkk izkWLVsV ,oa

'kqØk'k; dk L=ko izokfgr

gksrs gSaA

172. foVkdj ds oxhZdj.k dh ik¡p txr iz.kkyh esa fdrus txr

;wdsfj;ksV~l ds fy, gSa\

(1) rhu (2) pkj

(3) ik¡p (4) nks

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173. How many characters in the list given below aretrue regarding aschelminthes.

(a) Circular in cross section, hence the nameflatworms.

(b) Pseudocoelomate animals

(c) Alimentary canal is complete with muscularpharynx.

(d) Sexes are separate (Dioecious)

(e) Fertilisation is external

(f) Development is indirect only

(1) Two (2) Three (3) Four (4) Five

174. The essential life processes such as metabolism,translation and splicing evolved around :-

(1) DNA (2) Protein

(3) RNA (4) Lipid

175. Parbhani kranti is resistance to :-

(1) rust

(2) smut

(3) yellow mosaic virus

(4) blight

176. Engelmann's experiment with cladophorademonstrated that :-

(1) The full spectrum of sunlight is needed forphotosynthesis

(2) Only red wavelengths are effective in causingphotosynthesis

(3) Only blue wavelengths are effective

(4) Both blue and red wavelengths are effective

177. Out of following in which method herd sizeincrease in a short time.

(1) Cross breeding

(2) Out crossing

(3) Artificial insemination

(4) M.O.E.T.

173. ,sLdsgsfYeaFkht ds lanHkZ esa] uhps nh xb Z lwph esa fdrus y{k.klgh gSA

(a) vuqizLFk dkV esa xksykdkj] vr% bUgsa piVs d`fe dgrsgSaA

(b) dwVizxqgh izkf.k

(c) vkgkj uky iw.kZ rFkk is'kh; xzluh gksrh gSA

(d) uj-eknk i`Fkd gksrs gSa (,dfyaxkJ;h)

(e) fu"kspu cká

(f) vizR;{k ifjo/kZu dsoy

(1) nks (2) rhu

(3) pkj (4) ik¡p

174. thou ds vko';d izØeksa tSls mikip;h] LFkkukarj.k rFkklac/kau dk fodkl gqvk :-

(1) DNA (2) Protein

(3) RNA (4) Lipid

175. Parbhani kranti fdlls resistance fn[kkrh gS :-

(1) rust

(2) smut

(3) yellow mosaic virus

(4) blight

176. ,aftyeku dk DysMksQksjk ds lkFk fd;k iz;ksx izn£'krdjrk gS :-

(1) izdk'k la'ys"k.k ds fy;s iw.kZ o.kZØe ; qä izdk'k dhvko';drk gksrh gSA

(2) dsoy yky rjaxnS/; Z izdk'k la'ys"k.k ds fy;smÙkjnk;h gSA

(3) dsoy uhyk rjaxnS/;Z izHkkoh gSA

(4) yky ,oa uhyk nksuksa rjaxnS/;Z izHkkoh gaSA

177. fuEu esa ls dkSu ls rjhds ls QkeZ ds vkdkj dks de le;esa c<+k;k tk ldrk gS\

(1) ladj.k

(2) cfg% ladj.k

(3) Ïf=e xHkkZ/ku

(4) M.O.E.T.

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178. Each kidney is located at the levels of :-

(1) 1st thoracic and 3rd lumbar vertebrae

(2) Last lumbar and 3rd sacral vertebrae

(3) 3rd thoracic and last lumbar vertebrae

(4) Last thoracic and 3rd lumbar vertebrae

179. Match the following :-

(a) Mutualism (i) Epiphytes

(b) Commensalism (ii) Lac insects andplants

(c) Protocooperation (iii) Fig tree and waspspecies

(d) Parasitism (iv) Crocodile and Bird

(1) (a)-(ii),(b)-(i),(c)-(iv),(d)-(iii)

(2) (a)-(iii),(b)-(i),(c)-(iv),(d)-(ii)

(3) (a)-(iii),(b)-(iv),(c)-(i),(d)-(ii)

(4) (a)-(ii),(b)-(iv),(c)-(i),(d)-(iii)

180. If GABA is released at synapse than it would makepost synaptic membrane :-

(1) Depolarised (2) Hyperpolarised

(3) More negative (4) Both (2) and (3)

178. çR;sd o`Dd fuEu ds Lrj ij fLFkr gksrk gS :-

(1) 1st o{kh; vkSj 3rd dfV d'ks:dkvksa ds Lrj ij

(2) vafre dfV vkSj 3rd lsØy d'ks:dkvksa ds Lrj ij

(3) 3rd o{kh; vkSj vafre dfV d'ks:dkvksa ds Lrj ij

(4) vafre o{kh; vkSj 3rd dfV d'ks:dkvksa ds Lrj ij

179. fuEu dk feyku fdft, :-

(a) lgksidkfjrk (i) vf/kikni

(b) lgHkksftrk (ii) ysd dhV vkSj ikni

(c) izkDlg;ksfxrk (iii) vathj dk o{k vkSjosLi tkfr

(d) ijthfork (iv) exjePN vkSj i{kh

(1) (a)-(ii),(b)-(i),(c)-(iv),(d)-(iii)

(2) (a)-(iii),(b)-(i),(c)-(iv),(d)-(ii)

(3) (a)-(iii),(b)-(iv),(c)-(i),(d)-(ii)

(4) (a)-(ii),(b)-(iv),(c)-(i),(d)-(iii)

180. ;fn ; qXeca/ku ij GABA dk lzko.k gksrk gS rks i'p;qXecaèku dyk gksrh gSa :-

(1) fo/kzqfor (2) vfr/kzqfor

(3) vf/kd ½.kkRed (4) nksuksa (2) o (3)

Your Target is to secure Good Rank in Pre-Medical 2016

Your moral duty is to prove thatALLEN is ALLEN

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SPACE FOR ROUGH WORK / jQ dk;Z ds fy;s txg

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LEADER TEST SERIES / JOINT PACKAGE COURSE · Y T G R Pre-M 2016 D no o th T Bo unt yo k so bl ijh{kk iqfLrdk dks tc rd uk [kksysa tc rd dgk u tk,sA I I / egRoiw.kZ funsZ'k LEADER