resomost sample paper 2016

8/10/2019 Resomost Sample Paper 2016

1/23

Duration : 3 Hours Max. Marks : 600

RESOMOSTSAMPLE TEST PAPER

TARGET : AIPMT 2016

INSTRUCTIONS

A. General :

1. This Question Paper contains 150 (25 Physics, 25Chemistry, 50 Mathematics & 50 Biology)

questions.

2. The question paper CODE is printed on the right hand

top corner on this sheet of this booklet.

3. Rough work is to be done on the space provided for

this purpose in the Test Booklet only. This space is

given at the bottom of each page.

4. Blank paper, cl ipboard, log tables, slide rules,

calculators, cellular phones, pagers and electronic

gadgets in any form are notallowed.

5. The answer sheet, a machine-gradable Objective

Response Sheet (ORS), is provided separately.

6. Do not Tamper / mutilate the ORSor this booklet.

7. Do not break the seals of the question-paper booklet

before instructed to do so by the invigilators.

B. Question paper format and Marking scheme :

8. The question paper consists of 4 Parts (Part-I

(Physics), PART-II (Chemistry), PART-III

(Mathematics) & PART-IV (Biology)).

9. For each question, you will be awarded 4 marks if

you darken the bubble corresponding to the correct

answer and zero marks if no bubble is darkened. In

case of bubbling of incorrect answer, minus one (1)

markwill be awarded.

vuqns'k

A.lkekU;:

1. ;g iqfLrdk vkidk iz'u i=k gSA ftlesa150 (25 Physics,25 Chemistry, 50 Mathematics & 50 Biology)iz'u

gSaA

2. iz'u i=k dk dksM CODEizLrqr i "B ds ij nk, dksus esa

Nik gSA

3. jQ dk;Zijh{kk iq fLrdk esadsoy fu/kkZ fjr txg ij gh dhft,A

;g txg izR;sd i"B ij uhpsdh vks j gSA

4. ijh{kk Hkou ds vUnj dksjs dkxt] fDyi cksMZ] ykWx Vscy]LykbM :y] dSydqysVj] lsyqyj Qksu] istj vkSj bysDVkfud

midj.k fdlh Hkh :i esafuf"k) gSaA

5. mRrj i=k] ,d ;a=k Js.khdj.k ;ksX; i=k Objective Response

Sheet (ORS)gStks fd vyx ls fn;s tk;saxsaA

6. iqfLrdk vFkok ORSesau rks gsj Qsj djsau gh mls fodr djsaA

7. tc rd ifjos"kd funsZ'k ugha nsa rc rd iz'u i=k dh lhy

dks ugha [kksaysA

B. iz'ui=k xzUFkkdkj vkSj vadu vk;kstu:

8. iz'ui=k 4 Hkkxksa dk gS(Hkkx-I (Physics), Hkkx-II (Chemistry),

Hkkx-III (Mathematics) rFkk Hkkx-C (Biology) gSA

9. [k.MI ds izR;sd iz'u ds fy,] ;fn vkius flQZ mfpr

mRrjokys cqYys dks gh dkyk fd;k gSrks vkidks 4 vad fn;s

tk,axsA ;fn fdlh Hkh cqYysdks dkyk ugha fd;k gS rks 'kwU;

vad fn;k tk,xkA xyr mRrj ds cqYys dks dkyk djus ij_.kkRed ,d (1) vad fn;k tk,xkA

FOR CLASS X TO XI MOVING STUDENTS


2/23

XI-XII ResoMost_STP 1

Straight Objective Type

This section contains 100 multiple choice

questions. Each question has 4 choices (1), (2),

(3) and (4) for its answer, out of whichONLYONE is correct.

PART - I (PHYSICS)1. The phenomenon of electro-magnetic induction

is :(A) The process of generating magnetic fielddue to a current passing through a coil.(B) Producing induced current in a coil due torelative motion between the magnet and the coil.(C) The process of rotating a coil.

(D) The process of charging a body.

2. The moon is at a distance of 4108 m from the

earth. A radar signal is transmitted from the earth

will reach the moon in about :

(A) 2.6 s (B) 1.3 s

(C) 5.2 s (D) 6.5 s

3. Magnetic field is a quantity that has both directionand magnitude. Pick out the incorrect statement

:(A) The magnetic field lines orginate from northpole and end at the south pole out side themagnet.(B) Inside the magnet, the direction of field linesis from its south pole to its north pole.(C) Inside the magnet, the direction of field linesis from its north pole to its south pole.(D) No two field lines intersect each other andthe field is strongest where the field lines arecrowded.

4. A rectangular glass plate is placed on a piece of

paper which has a small dot of ink. When ink-dotis seen from the upper side of the plate, then itappears to be above 1 cm from the paper. If therefractive index of glass is 1.5, then the thick-ness of the plate in cm will be :(A) 1 (B) 1.5(C) 2.5 (D) 3

5. Lenzs law :(A) is same as the right hand palm rule(B) determines the magnitude of an inducede.m.f.(C) bears no relation to the law of conservation of

energy(D) is useful in deciding about the direction of aninduced emf

PART - I (PHYSICS)1. fo|qr pqEcdh; sj.k dh ?kVuk gS &

(A) dq.Myh ls xqtjus okyh /kkjk ds dkj.k mRiUupqEcdh; {ks=k dk e(B) pqEcd rFkk dq.Myh ds e/; lkisf{kd xfr ds dkj.kdq.Myh esa mRiUu sfjr /kkjk(C) ?kw.kZu djrh gqbZ dq.Myh dk e

(D) vkosf'kr oLrq dk e

2. pUnzek i Foh ls4108 m nwjh ij gSA iFoh ls Hkstk tkus

okyk jsMkj ladsr pUnzek ij yxHkx fdrus le; esa

igqpsxk :(A) 2.6 s (B) 1.3 s

(C) 5.2 s (D) 6.5 s

3. pqEcdh; {ks=k og jkf'k gSftlesafn'kk rFkk ifjek.k nksa ukslfEefyr gksrs gSA vlR; dFkuksa dk p;u dhft, &

(A) pqEcdh; cy js[kk,sa mkjh /kzqo ls fudyrh gS rFkknf{k.k /kzqo esa os'k djrh gSA(B) pqEcd dsvUnj pqEcdh; cy js[kkvksa dh fn'kknf{k.kh /kzqo ls mkjh /kzqo dh vksj gksrh gSA(C) pqEcd dsvUnj pq Ecdh; cy js[kkvksadh fn'kk mkjh/kzqo ls nf{k.kh /kzqo dh vksj gksrh gSA(D) dHkh Hkh nks cy js[kk,sa ,d nwljs dks frPNsn ughadjrh gSrFkk tgk cy js [kk,sa vf/kdre gksrh gS] ogk{ks=kcy gksrk gSA

4. ,d vk;rkdkj dkp dh ifdk ,d dkxt ds VqdM+s

ftl ij L;kgh dk NksVk fcUnqgS ] ij j[kh gSA tc L;kghdsNksVs fcUnq dks IysV dh ijh lrg ls ns [kk tkrk gSArc ;g dkxt ls 1cm ij fn[kkbZ nsrk gSA ;fn dkpdk viorZukad 1.5 gSrc Iys V dh eksVkbZcm esa gksxh &(A) 1 (B) 1.5(C) 2.5 (D) 3

5. ysUt dk fu;e %(A) nkfgus gkFk dh gFksyh ds fu;e ds leku gSA(B) sfjr fo|qr okgd cy ds ifjek.k dh x.kuk djrkgSA

(C) tkZla j{k.k dsfu;e ls bldk dks bZlEcU/k ugha gS A(D) sfjr fo|qr okgd cy dh fn'kk ds fu/kkZj.k esami;ksxh gSA

lh/ks oLrqfu"B izdkj

bl [k.M esa 100 cgq-fodYih iz'u gSA izR;sd iz'u ds

4 fodYi(1), (2), (3) rFkk(4) gS, ftuesa ls flQZ ,d

lgh gSaA


3/23


6. Fossil fuels are considered to be non-renewable

sources of energy because :

(A) They are produced underground and become

costly to extract.

(B) They take millions of years to be produced

though used in a little time.

(C) They produce a lot of smoke.

(D) They are less efficient fuels.

7. Ten identical electric bulbs, each rated 220 V, 50W are used in parallel on 220 V lines for 10 hoursper day in a month of 30 days. Then, the electricalenergy consumed in kilowatt-hour is(A) 15 (B) 150(C) 1500 (D) 15000

8. Total number of resistors having resistances 88

!, connected in parallel are required to carry 5A

on a 220V line are :

(A) 3 (B) 2

(C) 1 (D) 0

9. Escape velocity from a planet of mass M and

radius R will be :

(A)R

GM2(B)

R

GM22

(C) G

MR2

(D) GM

R2

10. A pendulum having a period of oscillation of 2

seconds is taken on a planet where g is four times

that on the earth. The period of the pendulum

would be :

(A) 2s (B) 4s

(C) 22 s (D) 1s

11. A hockey player pushes the ball on the ground.

It comes to rest after travelling certain distancebecause:

(A) the opposing force acts on the ball

(B) no unbalanced force acts on the ball

(C) the player stops pushing the ball

(D) none of thesea

6. thok'e bZa/ku dkstkZ ds vufofud r L=kks r ds :i esaeku ldrs gSA D;ksafd %(A) ostehu ds vUnj mRiUu gks rh gSrFkk buds fu"d"kZ .kdh ykxr mPp gksrh gSA(B) bUgsa mRiUu djus esa fefy;u o"kZ yx tkrs gS rFkk;s vYi le; esa gh lekIr gks tkrs gSA(C) ;s cgqr vf/kd /kqvk mRiUu djrs gSA(D) ;s de n{krk ds bZa/ku gSA

7. nl ,dleku fo|qr cYc ftu ij e'k% 220 V, 50 Wvafdr gS] 220 V ykbZu ij] 30 fnu dseghus esa10 ?k.Vsfr fnu dsfy, ;qDr fd;s tkrs gS A rc O;f;r fo|qrtkZ fdyksokWV&?k.Vs es gksxh &(A) 15 (B) 150

(C) 1500 (D) 15000

8. 220V dh ykbZu ij 5A /kkjk esa tkus ds fy, lekUrj

e esa tqM+s 88 !frjks/kksa dh dqy la[;k gksxh &(A) 3 (B) 2(C) 1 (D) 0

9. M nzO;eku rFkk R f=kT;k ds xzg ds fy, iyk;u osx

gksxk &

(A)R

GM2(B)

R

GM22

(C) G

MR2(D) GM

R2

10. ,d yksyd ftldk nksyudky 2 lSd.M gS] ,d xzg ij

ystk;k tkrk gS A tgkxq:Roh; Roj.k iFoh ij xq:Roh;

Roj.k dk pkj xquk gSA yksyd dk vkorZdky gksxk &(A) 2s (B) 4s

(C) 22 s (D) 1s

11. ,d gkWdh dk f[kykM+h xsan dkstehu ij /kDdk nsrk gSA

,d fuf'pr nwjh ds i'pkr~ ;g fojke ij vk tkrk gSD;ksafd%

(A) xsan ij fojks/kh cy dk;Z djrk gSA

(B) xsan ij dksbZ vlUrqfyr cy dk;Z ugha djrk gSA

(C) f[kykM+h xsan dks /kDdk nsuk jksd nsrk gSA

(D) buesa ls dksbZ ugha


4/23


12. A ray of light while travelling in a medium falls

normally on the surface of another medium. At

the point of incidence on the interface of the

media, it :

(A) bends towards the normal.

(B) bends away from the normal.

(C) does not enter the second medium at all.

(D) goes straight into the second medium without

bending.

13. A mass of 1 mg is equivalent to energy of :

(A) 9 1010J (B) 9 106J(C) 3 106 J (D) 3 1010J

14. Two plane mirrors are inclined at an angle of 60.If an object is placed in between, the number of

image seen is :

(A) 2 (B) 4

(C) 5 (D) 3

15. A body freely falling from rest has a velocity V

after it falls through a height h. The distance it

has to fall further for its velocity to become double

is :

(A) 3 h (B) 6 h

(C) 8 h (D) 10 h

16. A 150 m long train accelerates uniformly from

rest. If the front of the train passes a railway worker

50 m away from the station at a speed of 25 m/s,

what will be the speed of the back part of the

train as it passes the worker ?

(A) 100 m/s (C) 20 m/s

(C) 50 m/s (D) 12.5 m/s

17. In a pond, ripples are sent and a floating object

goes up and down 6 times in 15 s. The wave

crests are 0.4 m apart. The speed of water waves

is

(A) 0.16 m/s. (B) 0.26 m/s.

(C) 1.6 m/s. (D) 11.6 m/s.

18. A car travels

th

4

1"#

$%&

'of a circle having radius r.. The

ratio of the distance to its displacement is :

(A) 1 :22

((B)

22

(: 1

(C) 22 : ( (D) 22 (: 1

12. fdlh ek/;e eslapfjr dk'k dh fdj.k] vU; ek/;e dh

lrg ij vfHkyEcor~ fxjrh gSA ek/;e dh vUr% lrg

ij vkiru fcUnqij ;g &

(A) vfHkyEc dh vksj eqM+ tk;sxhA

(B) vfHkyEc ls nwj eqM+ tk,xhA

(C) dHkh Hkh f}kh;d ek/;e esa os'k ugha djsxhA

(D) f}rh;d ek/;e esa fcuk eqM+s ljy js[kk esaxeudjsxhA

13. 1mg nzO;eku fdruh tkZ ds lerqY; gS &(A) 9 1010J (B) 9 106J

(C) 3 106 J (D) 3 1010J

14. nks lery niZ.k 60 ds dks.k ij >qds gSA ;fn oLrq

buds e/; j[kh tkrh gSrks ns [ks x;s frfcEcksadh la [;k

gksxh &(A) 2 (B) 4

(C) 5 (D) 3

15. fojkekoLFkk lsLorU=krkiwoZd fxjrh gqbZ oLrq dk h

pkbZls fxjus ds i'pkr~ os x V gks tkrk gSA bldk osx

nqxquk gkssus ds fy, blds }kjk vkxsr; nwjh gksxh &(A) 3 h (B) 6 h

(C) 8 h (D) 10 h

16. 150 m yEch ,d jsyxkM+h fojke ls ,dleku :i ls

Rofjr gSA ;fn jsyxkM+h dk vxyk Hkkx LVs'ku ls50 m

nwj fLFkr ,d jsYosdeZpkjh ls 25 m/s dh pky lsxqtjrk gSA jsyxkM+h ds fiNys fgLls dh bl deZpkjh ds

ikl ls xqtjrs le; pky D;k gksxh &(A) 100 m/s (C) 20 m/s

(C) 50 m/s (D) 12.5 m/s

17. rkykc esa mfeZdk Hksth xbZ gS rFkk rSjrh gqbZ oLrq 15 s

esa 6 ckj ij uhps xfr djrh gSA rjax dh nks ekxr

J axksads e/; nwjh 0.4 m gSA ikuh dh rjaxksdh pky D;k

gksxh &(A) 0.16 m/s. (B) 0.26 m/s.

(C) 1.6 m/s. (D) 11.6 m/s.

18. ,d dkj r f=kT;k ds o k dk ,d pkSFkkbZr; djrh gSA

bldh nwjh rFkk foLFkkiu dk vuqikr gksxk &

(A) 1 :22

((B)

22

(: 1

(C) 22 : ( (D) 22 (: 1


5/23


19. Two masses of 1 gm and of 4 gm are moving with

equal linear momenta, the ratio of their kinetic

energies is :

(A) 4 : 1 (B) 2 : 1

(C) 1 : 2 (D) 1 : 16

20. When the momentum of a body increases by

100%, then its kinetic energy will increase by :

(A) 100% (B) 20%

(C) 300% (D) 50%

21. A chain of mass m and length l lies on a horizontal

table. The chain is allowed to slide down gently

from the side of the table. Find the speed of chain

at the instant when the last link of the chain slides

from the table. [Neglect friction].

(A) gl (B) 2gl

(C)gl

2(D) 3gl

22. The weight of a body is 120 N on the earth. If it is

taken to the moon, its weight and mass will be

about (Take gearth

= 10 m/s2) :

(A) 120 N, 120 kg (B) 60 N, 12 kg

(C) 20 N, 12 kg (D) 720 N, 120 kg

23. A certain force acting on a body of mass 2 kg

increases its velocity from 6 m/s to 15 m/s in 2

s. The work done by the force during this interval

is :

(A) 27 J (B) 3 J

(C) 94.5 J (D) 189 J

24. The weight of a block in air is 60 N. When it is

immersed in water completely its weight is 52 N.Buoyant force on the block is (in Newtons) :

(A) 52 (B) 60

(C) 8 (D) 112

25. A man is standing asymmetrically between two

parallel cliffs. He claps his hands and starts

hearing a series of echoes at intervals of 1

second. If the speed of sound in air is 340 m/s,

then the distance between the two parallel cliffs

is :(A) 170 m. (B) 340 m.

(C) 510 m. (D) 680 m.

19. 1 gm rFkk 4 gm dsnks nzO;eku leku js[kh; laosx ls

xfr dj jgs gSA mudh xfrt tkZvksa dk vuqikr gksxk

&

(A) 4 : 1 (B) 2 : 1

(C) 1 : 2 (D) 1 : 16

20. tc oLrq dk laosx 100% ls c


6/23


PART - II (CHEMISTRY)

26. Which of the following statements is/are correct

?

(A) A chemical equation tells us about the

substances involved in a reaction.

(B) A chemical equation informs us about the

symbols and formulae of the substances involved

in a reaction.

(C) A chemical equation tells us about the atoms

or molecules of the reactants and products

involved in a reaction.

(D) All are correct.

27. In the reaction xPb (NO3)

2)) *)Heat yPbO +

zNO2+ O

2 x,y and z are -

(A) 1,1,2 (B) 2,2,4

(C) 1,2,4 (D) 4,2,2

28. Which of the following equations is not an

example of single displacement reaction ?

(A) 2Al + Fe2O

3)*Al

2O

3+ 2Fe

(B) Ca + Cl2)*CaCl

2

(C) 2KI + Cl2 )*2KCl + I

2

(D) 2Na + 2H2O)*2NaOH + H

2

29. The raw materials required for the manufacture

of NaHCO3by Solvay process are -

(A) CaCl2, (NH

4)

2CO

3, NH

3

(B) NH4Cl, NaCl, Ca(OH)

2

(C) NaCl, (NH4)2CO

3, NH

3

(D) NaCl, NH3, CaCO

3, H

2O

30. When SO2is passed through lime water, it turns

milky. The milkiness is due to the formation of -

(A) CaSO2

(B) CaCO3

(C) H2O (D) CO

2

31. A solution has pH 9. On dilution the pH value

(A) decreases (B) increases

(C) remain same (D) none of these

32. What is the decreasing order of reactivity of the

following metals ? Na, Al, K, Cu, Ag, Fe

(A) Na > K > Al > Cu > Ag > Fe

(B) K > Na > Al > Cu > Fe > Ag

(C) K > Na > Al > Fe > Cu > Ag

(D) K > Na > Al > Fe > Ag > Cu

PART - II (CHEMISTRY)

26. fuEu esa lsdkSulk@dkSuls dFku lgh gS@gSa ?

(A) ,d jklk;fud lehdj.k ,d vfHkf;k esalfEefyr

gq, inkFkZ ds ckjs esa crkrh gSA

(B) ,d jklk;fud lehdj.k gesa,d vfHkf;k esalfEefyr

inkFkksZa ds fpUg o lw=k dh tkudkjh nsrk gSA

(C) ,d jklk;fud lehdj.k gesa,d vfHkf;k esalfEEfyr

vfHkdkjdksa o mRiknksads ijek.kqvksa vFkok v.kq vksa ds ckjs

esa crkrk gSA

(D) mijksDr lHkh lgh gSA

27. vfHkf;k xPb (NO3)

2))) *) ek" yPbO + zNO

2+

O2 esa] x,y o z fuEu gSa -

(A) 1,1,2 (B) 2,2,4(C) 1,2,4 (D) 4,2,2

28. fuEu esa ls dkSulh lehdj.k ,dy foLFkkiu vfHkf;k

dk ,d mnkgj.k ugha gS \(A) 2Al + Fe

2O

3)*Al

2O

3+ 2Fe

(B) Ca + Cl2)*CaCl

2

(C) 2KI + Cl2 )*2KCl + I

2

(D) 2Na + 2H2O)*2NaOH + H

2

29. lkWYos ize }kjk NaHCO3dsfojpu ds fy, vko';d

dPps inkFkZ fuEu gSa&(A) CaCl

2, (NH

4)

2CO

3, NH

3

(B) NH4Cl, NaCl, Ca(OH)

2

(C) NaCl, (NH4)2CO

3, NH

3

(D) NaCl, NH3, CaCO

3, H

2O

30. tcSO2dksykbe okVj esa lsiz okfgr fd;k tkrk gS] rks

;g nwf/k;k gks tkrk gSA fuEu ds fuekZ.k dsdkj.k

nwf/k;kiu gksrk gS&

(A) CaSO2 (B) CaCO3(C) H

2O (D) CO

2

31. ,d foy;u dk pH 9gSA ruq djus ij pH eku %

(A) esa deh vkrh gS (B) esa o f) gksrh gSA

(C)leku jgrh gS A (D) buesals dksbZ ugha

32. fuEu /kkrqvksa dh f;k'khyrk dk vojksgh e D;k gS \Na, Al, K, Cu, Ag, Fe

(A) Na > K > Al > Cu > Ag > Fe

(B) K > Na > Al > Cu > Fe > Ag

(C) K > Na > Al > Fe > Cu > Ag

(D) K > Na > Al > Fe > Ag > Cu


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33. Ionic compounds have -

(A) low melting and high boiling points.

(B) high melting and low boiling points.

(C) low melting and low boiling points.

(D) high melting and high boiling points.

34. Match column A with column B and select thecorrect option -

Column A Column B

(Ore) (Nature of ore)

(a) Copper glance (i) Sulphate ore

(b) Calamine (ii) Halide ore

(c) Rock salt (iii) Sulphide ore

(d) Epsom salt (iv) Carbonate ore

(A) a(i), b(ii), c(iii), d(iv)

(B) a(iv), b(ii), c(iii), d(i)

(C) a(iii), b(iv), c(ii), d(i)

(D) a(iv), b(i), c(ii), d(iii)

35. Which of the following reducing agent is used in

chemical reduction ?

(A) C (B) CO

(C) Al (D) All of these

36. Which of the following methods is used for

obtaining metals of very high purity ?

(A) Distillation

(B) Zone refining

(C) Liquation

(D) Electrolytic refining

37. German silver is an alloy of -

(A) Cu and Ni (B) Cu, Sn and Ag

(C)Cu, Zn and Ni (D) Cu, Ni, Fe and Mn

38. Which of the following compound contain only

single covalent bond ?

(A) Oxygen (B) Nitrogen

(C) Methane (D) Carbon dioxide

39. Which of the following is not an open chain

compound ?

(A) methane (B) ethene

(C) Toluene (D) Butyne

40. Which of the following is an aromatic compound

?(A) Cyclohexane (B) Ethyne

(C) Phenol (D) All of these

33. vk;fud ;kSfxd j[krs gS &

(A) fuEu xyukad o mPp DoFkukad

(B) mPp xyukad o fuEu DoFkukad

(C) fuEu xyukad o fuEu DoFkukad

(D) mPp xyukad o mPp DoFkukad

34. LrEHk Adks LrEHk Bds lkFk lqesfyr dhft, rFkk lghfodYi dk p;u dhft, %

LrEHkA LrEHkB

(v;Ld) (v;Ld dh izd fk)

(a) dkWij XykUl (i) lYQsV v;Ld

(b) dSysekbu (ii) gSykbM v;Ld

(c) jkWd lkWYV (iii) lYQkbM v;Ld

(d),IlkWe yo.k (iv)dkcksZusV v;Ld(A) a (i), b (ii), c (iii), d (iv)

(B) a (iv), b (ii), c (iii), d (i)(C) a (iii), b (iv), c (ii), d (i)

(D) a (iv), b (i), c (ii), d (iii)

35. jklk;fud vip;u esadkSulk vipk;d vfHkdeZd iz;qDr

gksrk gS \(A) C (B) CO

(C) Al (D) mijksDr lHkh

36. cgqr mPp 'kq)rk dksiz kIr djusds fy, dkS ulh fof/k dks

iz;qDr fd;k tkrk gS \

(A)vklou

(B) {ks=k ifj'kks/ku

(C) nzohdj.k

(D) oS|qr vi?kV~;h ifj'kks/ku

37. teZu flYoj fuEUk dk ,d feJ/kkrq gS %

(A) Cu rFkkNi (B) Cu, Sn rFkkAg

(C)Cu, Zn rFkkNi (D) Cu, Ni, Fe rFkk Mn

38. fuEu esa ls fdl ;kSfxd esa dsoy ,dy lgla;ksth ca/k

ik;k tkrk gS \

(A)vkWDlhtu (B) ukbVkstu

(C) esFksu (D) dkcZu MkbvkWDlkbM

39. fuEu esa ls dkSulh ,d [kqyh J a[kyk ;kSfxd ugha gS \

(A)es Fksu (B) ,Fkhu

(C) VkWywbZu (D)C;wVkbZu

40. fuEu esa ls dkSulk ,d ,sjkseSfVd ;kSfxd gS \

(A)lkbDyksgsDlsu (B) ,FkkbZu(C) fQukWy (D)buesa ls lHkh


8/23


41. The mass of oxygen contained in 1 kg of

potassium nitrate (KNO3) will be -

(A) 478.5 g (B) 485.5 g

(C)475.2 g (D) 488. 2 g

42. The charge in coulombs of 1 g ion of N3is (the

charge on an electron is 1.602 1019C) -

(A)2.891 105C(B) 3.894 105C

(C) 2.894 106C

(D) None of the above

43 The largest number of molecules among the

following is -

(A) 28 g of CO (B) 46 g of C2H

5OH

(C) 36 g of H2O (D) 54 g of N

2O

5

44. What is the weight of solute present in 2 liters of0.6 M Na

2CO

3?

(A) 127.2 g (B) 106 g

(C) 212 g (D) 53 g

45. The number of carbon atoms in 25 g of CaCO3is

- (Atomic weight = C = 12, O = 16, Ca = 40)

(A) 1.505 1023 (B) 7.22 1023

(C) 6.91 1023 (D) 2.5 6.023 1023

46. CaCO3+ 2HCl)*CaCl2+ H2O + CO2The mass of calcium chloride formed when 2.5g

of calcium carbonate are dissolved in excess of

hydrochloric acid is -

(A) 1.39 g (B) 2.775 g

(C) 5.18 g (D) 17.8 g

47. The electronic configuration of Mn+2is -

(A) [Ar] 3d44s1 (B) [Ar] 3d54s0

(C) [Kr] 4d55s (D) [Ar] 3d34s2

48. Which of the following is the correct increasing

order of energy of orbitals ?

(A) 3s, 3p, 3d, 4s, 4p

(B) 3s, 3p, 4s, 4p, 3d

(C) 3s, 3p, 3d, 4p, 4s

(D) 3s, 3p, 4s, 3d, 4p

49. Element Awith general outer shell configura-

tion ns2np5usually exist as -

(A) A and forms A ion

(B) A and forms A+ion

(C) A2and forms A ion(D) A

2and forms A2ion

41. 1 kg ikSVsf'k;e ukbVsV (KNO3)eas vkWDlhtu dk fuEu

nzO;eku gksxk -(A) 478.5 g (B) 485.5 g

(C)475.2 g (D) 488. 2 g

42. N3ds 1 gvk;u dk vkos 'k dwykEc esa fuEu gS (,d

bysDVku ij vkos'k 1.602 1019CgS ) -(A)2.891 105C

(B) 3.894 105C

(C) 2.894 106C

(D) mijksDr esa ls dksbZ ugha

43 fuEu esa v.kqvksa dh vf/kdre la[;k gS &(A) 28 g CO (B) 46 g C

2H

5OH

(C) 36 g H2O (D) 54 g N

2O

5

44. 0.6 g Na2CO3ds 2yhVj esa mifLFkr foys; dk HkkjD;k gS \(A) 127.2 g (B) 106 g

(C) 212 g (D) 53 g

45. 25 g CaCO3esa dkcZu ijek.kqvksa dh la[;k fuEu gS

(ijek.kq Hkkj = C = 12, O = 16, Ca = 40)(A) 1.505 1023 (B) 7.22 1023

(C) 6.91 1023 (D) 2.5 6.023 1023

46. mRikfnr dSfY'k;e DyksjkbM dk nzO;eku fuEu gS tcgkbMksDyksfjd vEy dsvkf/kD; esa2.5dS fY'k;e dkcksZusV

?kksys tkrs gksaA(A) 1.39 g (B) 2.775 g

(C) 5.18 g (D) 17.8 g

47. Mn+2dk bysDVkWfud foU;kl fuEUk gS :(A) [Ar] 3d44s1 (B) [Ar] 3d54s0

(C) [Kr] 4d55s (D) [Ar] 3d34s2

48. d{kdksa dh tkZ dk lgh vkjksgh e dkSulk gS \(A) 3s, 3p, 3d, 4s, 4p

(B) 3s, 3p, 4s, 4p, 3d

(C) 3s, 3p, 3d, 4p, 4s

(D) 3s, 3p, 4s, 3d, 4p

49. lkekU; ck; dks'k foU;kl ns2np5ds lkFk rRo 'A'

fuEu izdkj ls vf/kdka'kr % mifLFkr jgrk gS %

(A) ArFkk A vk;u :i

(B) A rFkk A+ vk;u :i

(C) A2rFkk A vk;u :i

(D) A2rFkk A2vk;u :i


9/23


50. The maximum no. of electrons in a subshell with

! = 2 and n = 3 is -

(A) 2 (B) 6

(C) 12 (D) 10

PART - III (MATHEMATICS)

51. The arithmetic mean of 5 numbers is 27.Ifone of

the number is excluded the mean of the remaining

number is 25. Find the excluded number.

(A) 27 (B) 25

(C) 30 (D) 35

52. If the mean of the numbers 7, 3, 8, 4, x, 7, 9, 7

and 12 is 7, then the difference between the

median and the mode of the numbers 12, 10, 8,

10, x, 7, 6, 8 and 6 is :

(A) 0 (B) 1

(C) 2 (C) 3

53. If the equation 9x2+ 6kx + 4 = 0 has equal roots,

then the roots are both equal to :

(A)3

2, (B)

2

3,

(C) 0 (D) 3,

54. If -and .are the roots of x2+ p = 0 where p is a

prime, then which equation has the roots -1

&

.

1?

(A) 2x

1+

p

1= 0 (B) px2+ 1 = 0

(C) px21 = 0 (D) 2x

1+

p

1= 0

55. The sum of first 24 terms of the sequence whose

nth term is an= 3 +

3

2n is :

(A) 275 (B) 272

(C) 280 (D) 270

56. Find the sum of all natural numbers not exceeding

1000, which are divisible by 4 but not by 8.

(A) 62500 (B) 62800

(C) 64000 (D) 65600

50. ! = 2 o n = 3ds lkFk ,d midks'k esa bysDVkWuksadh vf/

kdre la[;k fuEu gS -(A) 2 (B) 6

(C) 12 (D) 10

PART - III (MATHEMATICS)

51. ikp la[;kvksa dk l-ek- 27 gSA ;fn ,d la[;k dks gVkfn;k tk;s rks 'ks"k la[;kvksadk l-ek- 25 gks tkrk gSAgVk;h x;h la[;k gS&(A) 27 (B) 25

(C) 30 (D) 35

52. ;fn la[;kvksa 7, 3, 8, 4, x, 7, 9, 7 rFkk 12 dk l-ek-7 gS rks la[;kvksa 12, 10, 8, 10, x, 7, 6, 8 rFkk 6 dhekf/;dk ,oa cgqyd esa vUrj gksxk&(A) 0 (B) 1

(C) 2 (C) 3

53. ;fn lehdj.k 9x2+ 6kx + 4 = 0 ds ewy leku gS] rks;s nksuksa ewy cjkcj gksaxs&

(A)3

2, ds (B)

2

3, ds

(C) 0 ds (D) 3, ds

54. ;fn x2+ p = 0 ds ewy -, .gS tgk p ,d vHkkT;

la[;k gS rks fdl lehdj.k ds ewy -1 & .1

gksaxs&

(A) 2x

1+

p

1= 0 ds (B) px2+ 1 = 0 ds

(C) px21 = 0 ds (D) 2x1

+p

1= 0 ds

55. ;fn fdlh Js


10/23


57. Number of common tangents that can be drawn

to two concentric circles is :

(A) 0 (B) 1

(C) 3 (D) 4

58. How many cones of radius 10 cm and height 8

cm can be cutted from a right circular cylender

of a radius of 50 cm and height 488 cm ?(A) 4875 (B) 4755

(C) 4575 (D) 4685

59. A cylinder open at both ends has radius(5

cm

and height 12 cm. If A and B are diametrically

opposite points lying on the top and bottom

rims, the shortest distance between A and B is

:

(A) 13 cm (B) 17 cm

(C)(

1012 cm (D)

22 1012 "

#

$%&

'(

/ cm

60. When two dice are thrown simultaneously, what

is the probability that there is exactly one 5?

(A)36

4(B)

18

5

(C)23

6(D)

24

7

61. Which of the following numbers are rational :

(A) 19 (B) 16

(C) 17 (D) 18

62. Choose the rational number which does not lie

between rational numbers

5

2 and

5

1

(A)4

1 (B)

10

3

(C)10

3(D)

20

70

63. The number 2.525252........ can be written as afraction, when reduced to the lowest term, thesum of the numerator and denominator is:-

(A) 7 (B) 29

(C) 141 (D) 349

57. nksladsUnzh; okksds fy;s [kha ph tk ldusokyh mHk;fu"BLi'kZ js[kkvksadh la[;k gS&(A) 0 (B) 1

(C) 3 (D) 4

58. 50 lseh- f=kT;k ,oa448lseh- pkbZ okys ,d leokh;csyu esals 10lseh- f=kT;k ,oa8 lseh- pkbZokys fdrus

'kadq dkVs tk ldrs gS&(A) 4875 (B) 4755

(C) 4575 (D) 4685

59.(5

lseh- f=kT;k ,oa 12 lseh- pkbZ okyk ,d csyu

nksuksa fljks ij ls [kqyk gSA ;fn A ,oa B fje ds 'kh"kZ,oa xrZ ij fLFkr fcUnq gS rFkk ,d O;kl ds fljs gSrks A ,oa B ds e/; U;wure nwjh gS&

(A) 13 cm (B) 17 cm

(C)(

1012 cm (D)

22 1012 "

#

$%&

'(

/ cm

60. nks iklksa dks,d lkFk mNkyus ij] Bhd ikls ,d ij 5vkus dh izkf;drk gS&

(A)36

4(B)

18

5

(C)23

6(D)

24

7

61. fuEufyf[kr esals dkSulh la[;k ifjes; gS&

(A) 19 (B) 16

(C) 17 (D) 18

62. og ifjes; la[;k tks5

2 rFkk

5

1 dse/; fLFkr ugha

gS&

(A)4

1 (B)

10

3

(C)10

3(D)

20

70

63. la[;k 2.525252........ dksfHkUu :i esafy[kdj ljyhdr:i esa fy[kus ij va'k ,oa gj dk ;ksx gksxk&

(A) 7 (B) 29(C) 141 (D) 349


11/23


64. If n2

24

28

1642

/

//= 1, find the value of n.

(A) 8 (B) 7(C) 1 (D) 6

65. Find the value of x, if 84x 3=2x32

1

1

(A)17

1(B)

17

10

(C)17

3(D)

17

30

66. If32

1x

02 , find the value of x32x27x + 5.

(A) 1 (B) 0

(C) 2 + 3 (D) 3

67. A number is selected from numbers 1 to 27. Theprobability that it is prime is :

(A)3

2(B)

6

1

(C)3

1(D)

9

2

68. If 7x

1x

2

2 21 , then the value of3

3

x

1x 1 is :

(A) 12 (B) 18(C) 19 (D) none of these

69. If x = 3 + 3 , then what is the value is x2+ 2x

9?

(A) (15 +3 3 ) (B) (18 + 3 3 )

(C) (27 + 3 ) (D) None of these

70. The value of k for which x + k is a factor of x3+kx22x + k + 4 is :

(A) 5 (B) 2

(C) 3

4(D)

7

6

71. The volume of a box is given by V = x32x2

24x. If the depth be the smallest of the dimen-

sions, it is :

(A) x 3 (B) x 6(C) x 4 (D) x 8

64. ;fn n224

28

1642

/

//= 1, rks n dk eku gksxk&

(A) 8 (B) 7(C) 1 (D) 6

65. ;fn 84x 3= 2x32

11 gks] rks x dk eku gksxk&

(A)17

1(B)

17

10

(C)17

3(D)

17

30

66. ;fn32

1x

02 , rks x32x27x + 5 dk eku

gksxk&

(A) 1 (B) 0

(C) 2 + 3 (D) 3

67. 1 ls 27 rd dh la[;kvksaesa ls,d la [;k pquh tkrh gSAbl la[;k ds vHkkT; la[;k gksus dh izkf;drk gksxh&

(A)3

2(B)

6

1

(C)3

1(D)

9

2

68. ;fn 7x

1x

2

2 21 gks] rks3

3

x

1x 1 dk eku gksxk&

(A) 12 (B) 18

(C) 19 (D) buesals dksbZ ugha

69. ;fn x = 3 + 3 rks x2+ 2x

9dk eku gksxk&

(A) (15 +3 3 ) (B) (18 + 3 3 )

(C) (27 + 3 ) (D) buesals dksbZ ugha

70. k dk og eku ftldsfy;s x + k, O;atd x3+ kx22x

+ k + 4 dk ,d xq.ku[k.M gS] gksxk&

(A) 5 (B) 2

(C) 3

4(D)

7

6

71. fdlh lUnwd dk vk;ru V = x32x224x gSA ;fn

bldh xgjkbZ bldh foekvksa esa ls U;wure ds cjkcj gS]

rks bl xgjkbZ dk eku gS&

(A) x 3 (B) x 6

(C) x 4 (D) x 8


12/23


72. If quotient = 3x22x + 1, remainder = 2x 5 and

divisor = x + 2, then the dividend is :

(A) 3x34x2+ x 3 (B) 3x34x2x + 3

(C) 3x3+ 4x2x + 3 (D) 3x3+ 4x2x 3

73. HCF and LCM of two expressions are (x

6) and(x + 6)(x 1)(x 6) respectively. If one of the

expressions is x2 7x + 6, then the other

expression is :

(A) (x 6)(x 1)

(B) (x + 6)(x 1)

(C) (x + 6)(x 6)

(D) (x27x + 6)(x 1)

74. The co-ordinate of a point situated on y-axis at a

distance of 3 units from x-axis is :

(A) (3, 0) (B) (0, 3)

(C) (3, 3) (D) (3, 3)

75. Three numbers x, y and z are such that x = y 3

z but x + y + z = 0. Value of 22

22

yz

xz

1

0is :

(A) 5

3(B)

5

4

(C)5

3(D)

3

5

76. If xy

1

x

3

y

421 and

xy

12

x

7

y

520 , find x + y

(A) 2 (B) 1

(C) 0 (D) 1

77. In the adjoining figure, it is given that AB || CD.

4BAO = 1080and 4OCD = 1200then 4AOC =.

(A) 1200 (B) 720

(C) 1320 (D) 150

72. ;fn HkkxQy = 3x22x + 1, 'ks"kQy = 2x 5 rFkk

HkkT; = x + 2 gks] rks Hkktd gksxk&

(A) 3x34x2+ x 3 (B) 3x34x2x + 3

(C) 3x3+ 4x2x + 3 (D) 3x3+ 4x2x 3

73. nksO;atdksdk e-l-i- ,oa y-l-i- e'k% (x 6) rFkk (x+ 6)(x 1)(x 6)gSA ;fn ,d O;atd x27x + 6 gks]

rks nwljk O;atd gksxk&

(A) (x 6)(x 1)

(B) (x + 6)(x 1)

(C) (x + 6)(x 6)

(D) (x27x + 6)(x 1)

74. x-v{k ls 3 bdkbZ nwjh ij] y-v{k ij fLFkr fcUnq ds

funsZ'kkad gksaxs&

(A) (3, 0) (B) (0, 3)

(C) (3, 3) (D) (3, 3)

75. rhu la[;k, x, y rFkk z bl izdkj gS fd x = y 3z

ysfdu x + y + z = 0 rks 22

22

yz

xz

1

0dk eku gS&

(A) 5

3(B)

5

4

(C)5

3(D)

3

5

76. ;fn xy1

x

3

y

421 rFkk xy

12

x

7

y

520 , rks x + y dk

eku gksxk&

(A) 2 (B) 1

(C) 0 (D) 1

77. fn;sx;s fp=k esaAB || CD. 4BAO = 1080rFkk 4OCD

= 1200gS] rks 4AOC = .

(A) 1200 (B) 720

(C) 1320 (D) 150


13/23


78. In Figure m || n and angles 1 and 2 are in the

ratio 3 : 2. Determine 4 8.

(A) 36 (B) 108(C) 72 (D) 60

79. Two angles whose measures are a & b are such

that 2a 3b = 600, If they form a linear pair then

findb5

a4.

(A) 0 (B)5

8

(C)2

1(D)

3

2

80. In the given figure, AB is a mirror, PO is the incident

ray and OR, the reflected ray. If 4POR = 1120

then 4POA is.

(A) 34

(B) 36

(C) 56(D) 68

81. If HCF of 65 and 117 is expressed in the form of

65m + 117n, then the value of m and n respectively

is

(A) 3, 2 (B) 3, 1(C) 2, 1 (D) 2, 3

82. Which of the following rational numbers haveterminating decimal expansion ?

(A)7000

11(B)

21000

91

(C) 333 752

343

//(D) None of these

78. fn;sx;s fp=k esa m || n rFkk dks.k 1 rFkk 2 dk vuqikr

3 : 2 gS] rks 4 8 dk eku gksxk&

(A) 36 (B) 108(C) 72 (D) 60

79. nks dks.k ftuds eku a rFkk b gS] bl izdkj gSfd 2a

3b = 600;fn os js[kh; ;qXe cukrs gS] rksb5

a4dk eku

gksxk&

(A) 0 (B)58

(C)2

1(D)

3

2

80. fn;s x;s fp=k esa AB ,d niZ.k gS] POvkifrZr fdj.k gS

rFkk OR ijkofrZr fdj.k gSA ;fn 4POR = 1120rc

4POA gksxk&(A) 34(B) 36

(C) 56(D) 68

81. ;fn 65 ,oa 117 dk e-l-i- 65m + 117n ds :i esa

O;Dr fd;k tk, rks m rFkk n ds eku e'k% gksaxs&

(A) 3, 2 (B) 3, 1

(C) 2, 1 (D) 2, 3

82. fuEufyf[kr esals dkSulh ifjes; la[;k,aifjfer n'keyodks iznf'kZr djrh gS&

(A)7000

11(B)

21000

91

(C) 333 752

343

//(D) buesals dksbZ ugha


14/23


83. If -, . and 5 are so the zeroes of the cubicpolynomial 3x35x211x 3, then the value of

-+ .+ 5is:

(A)3

5(B)

3

110

(C) 1 (D)3

50

84. If 2 and 3 are the zeros of the polynomial 3x 2

2kx + 2m, then the values ofkand mare :

(A) k = 4.5, m = 15 (B) k = 7.5, m = 4.5

(C) k = 7.5, m = 9 (D) k = 15, m = 4.5

85. Find the value of 'a' and 'b', so that following system

of linear equations have infinite number of

solutions.

2x + 3y = 7 ; (a + b + 1) x + (a + 2b + 2) y = 4(a

+ b) + 1.(A) a = 3, b = 2 (B) a = 3, b = 2(C) a = 3, b = 2 (D) a = 3, b = 2

86. If 2a = b, the pair of equations ax + by = 2a23b2,

x + 2y = 2a 6b possess :

(A) no solution

(B) only one solution

(C) only two solutions

(D) an infinite number of solutions

87. By solvingyx

5

1

yx

2

0= 1 and yx

15

1

yx

7

0 = 10, we get

(A) x =351

19; y =

351

460

(B) x =351

190; y =

351

46

(C) x =351

460; y =

351

190

(D) x =35

45; y =

355

19

88. 6ABC, 6DEF are similar triangle. If AB = 11 cm,

BC = 10 cm, DE = 5.5 cm, then EF is :

(A) 4.5 cm (B) 5 cm

(C) 10.5 cm (D) 5.5 cm

83. ;fn -, .rFkk 5f=k?kkrh; cgqin 3x35x211x 3

ds 'kwU; gS] rks -+ .+ 5dk eku gksxk&

(A)3

5(B)

3

110

(C) 1 (D)3

50

84. ;fn 2 rFkk 3 cgqin 3x22kx + 2mds 'kwU; gS] rks k

rFkk mdk eku gS&(A) k = 4.5, m = 15 (B) k = 7.5, m = 4.5

(C) k = 7.5, m = 9 (D) k = 15, m = 4.5

85. 'a' rFkk 'b' ds eku ftuds fy;s lehdj.k fudk;2x + 3y = 7 ; (a + b + 1) x + (a + 2b + 2) y = 4(a

+ b) + 1 ds vuUr gy fo|eku gS] gksaxs&

(A) a = 3, b = 2 (B) a = 3, b = 2(C) a = 3, b = 2 (D) a = 3, b = 2

86. ;fn 2a = b rks lehdj.k ;qXe ax + by = 2a23b2, x

+ 2y = 2a 6b j[krh gS&

(A) dksbZ gy ugha

(B) dsoy ,d gy

(C) dsoy nks gy

(D) vuUr gy

87.yx

51 yx

20 = 1 rFkk yx

151 yx

70 = 10

dks gy djus ij izkIr gksxk&

(A) x =351

19; y =

351

460

(B) x =351

190; y =

351

46

(C) x =351

460; y =

351

190

(D) x =35

45; y =

355

19

88. 6ABC, 6DEF ijLij le:i f=kHkqt gSA ;fn AB =

11 lseh, BC = 10 lseh ,oaDE = 5.5 lsehgks] rks EF

dk eku gksxk&(A) 4.5 cm (B) 5 cm

(C) 10.5 cm (D) 5.5 cm

87.

(

(


15/23


89. In the given figure, 4ACB = 90 and CD 7AB.

Then 2

2

AC

BC= ?

A D

C

B

(A)CD

BD(B)

AD

CD

(C)AD

BD (D)CD

BC

90. The points (a, b), (0, 0), (a, b) and (a2, ab)are :

(A) Collinear

(B) Vertices of a parallelogram

(C) Vertices of a rectangle

(D) None of these.

91. A square and a rectangle have same area. If the

length of the rectangle is 25% more than the side

of the square, then the breadth of the rectangle is

less than the side of the square by :

(A) 20% (B) 25%

(C)3133 % (D) 50%

92. If (3, 4) and (6, 5) are the extremities of thediagonal of a parallelogram and (2, 1) is its

third vertex, then its fourth vertex is :

(A) (1, 0) (B) (0, 1)

(C) (1, 1) (D) None of these.

93. A rectangular plot of dimensions 13 m 17 m is

surrounded by a garden of width 5m, then areaof garden (in sq.m) is :

(A) 400 sq. m (B) 425 sq.m

(C) 450 sq.m (D) 460 sq.m

94. Diameter of a tyre is 1.26 m. How much dis-

tance will it cover in 500 revolutions.

(A) 2530 m (B) 1980 m

(C) 1492 m (D) 2880 m

89. fn;sx;s fp=k esas 4ACB = 90 rFkk CD 7AB rks

2

2

AC

BC= ?

A D

C

B

(A)CD

BD(B)

AD

CD

(C)AD

BD (D)CD

BC

90. fcUnq (a, b), (0, 0), (a, b) rFkk (a2, ab) gS&

(A)lajs[kh;

(B) lekUrj prqHkqtZ ds 'kh"kZ(C) vk;r ds 'kh"kZ

(D) buesa ls dksbZ ugha

91. ,d oxZ ,oa ,d vk;r leku {ks=kQy okys gSA ;fn

vk;r dh yEckbZ oxZ dh ,d Hkqtk ls 25% vf/kd gS] rks

vk;r dh pkSM+kbZ] oxZ dh Hkqtk ls fdrusizfr'kr de

gksxh&(A) 20% (B) 25%

(C) 3

133 % (D) 50%

92. ;fn (3, 4) rFkk (6, 5) ,d lekUrj prqHkqZt ds

fod.kZ ds fljs gS rFkk (2, 1) bldk rhljk 'kh"kZgS] rks

bldk pkSFkk 'kh"kZ gksxk&(A) (1, 0) (B) (0, 1)

(C) (1, 1) (D) buesals dksbZ ugha

93. 13 eh- 17 eh-vkdkj dk ,d vk;rkdkj eSnku 5 eh-

pkSM+kbZokys cxhps ls f?kjk gqvk gS ] rks cxhps dk {ks=kQy(oxZ eh- esa) gksxk&

(A) 400 oxZeh- (B) 425 oxZ eh-

(C) 450 oxZ eh- (D) 460 oxZ eh-

94. fdlh Vk;j dk O;kl 1.26eh- gS] rks500 ?kw.kZu esablds

}kjk r; dh xbZ nwjh gksxh&

(A) 2530 eh- (B) 1980 eh-

(C) 1492 eh- (D) 2880 eh-


16/23


95. A bag contains 4 red and 6 black balls. A ball is

taken out of the bag at random. Then the

probability of getting a black ball is :

(A)6

1(B)

3

2

(C)5

3(D)

10

1

96. In the given figure, if AB || CD, then 4 FXE isequal to :

(A) 30

(B) 50

(C) 70

(D) 80

97. Two opposite angles of a parallelogram are

(3x 2) and (50 x) then the value of x will be:

(A) 17 (B) 16(C) 15 (D) 13

98. If 32x 12 then2

2

x

1x 1 =

(A) 214 (B) 212

(C) 12 (D) 14

99. In triangle if each side of triangle is halfed then

what is the % change in its area.

(A) 75% increase (B) 75% decrease(C) 25% increase (D) 25% decrease

100. By what number should (12)1

be divided so that

the quotient may be

1

32

0

"#$

%&'

:

(A)9

10 (B) 18

(C)18

10 (D)

18

1

95. ,d FkSys esa 4 yky rFkk 6 dkyh xsans gSA ,d FkSys esa ls

;knPN :i ls ,d xsan fudkyh tkrh gSA bl xsan ds

dkyh xsan gksus dh izkf;drk gksxh&

(A)6

1(B)

3

2

(C)5

3(D)

10

1

96. fn;sx;s fp=k esa ;fn AB || CD, rks 4 FXE dk eku

gksxk&

(A) 30

(B) 50

(C) 70

(D) 80

97. fdlh lekUrj prqHkqZt dsnks foijhr dks .k (3x 2)rFkk

(50 x) gS] rks x dk eku gS&(A) 17 (B) 16(C) 15 (D) 13

98. ;fn 32x 12 rc2

2

x

1x 1 =

(A) 214 (B) 212

(C) 12 (D) 14

99. fdlh f=kHkqt dh izR;sd Hkqtk dh yEckbZvk/kh dj nh tk;s

rks blds {ks=kQy esa fdruk izfr'kr ifjorZu gksxk&

(A) 75% c


17/23


PART - IV (BIOLOGY)

101. Cell theory states that :

(A) all cells are living

(B) all cells have nucleus

(C) cells are fundamental and structural units ofliving organisms

(D) cells reproduce by mitosis and meiosis

102. Largest cell of the human body is

(A) voluntary muscle fibre cell

(B) nerve cell

(C) striated muscle fibre cell

(D) cardiac muscle fibre cell.

103. Centriole is associated with

(A) DNA synthesis (B) reproduction

(C) spindle formation (D) respiration

104. Energy is stored in the liver and muscles as

(A) glycogen (B) starch

(C) fat (D) cholesterol

105. Main organ of human digestive system

responsible for digestion and absorption is -

(A) Liver (B) Large intestine(C) Stomach (D) Small intestine

106. The folds present in small intestine which

increase the area of absorption are called as -

(A) Cristae (B) Villi

(C) Cilia (D) Flagella

107. Amount of which of the following components' in

air does not change in process of respiration -(A) Oxygen (B) Carbon di-oxide

(C) Nitrogen (D) Water Vapour

108. If the surface area for gaseous exchange in lungs

is reduced due to excessive smoking, the

condition is called as

(A) emphysema (B) tuberculosis

(C) asthma (D) pneumonia

PART - IV (BIOLOGY)

101. dksf'kdk fl)kUr ds vuqlkj :

(A) lHkh dksf'kdk;sa thfor gSa

(B) lHkh dksf'kdkvksa esa dsUnzd gksrk gS

(C) dksf'kdk lthoksadh f;kRed o la jpukRed bdkbZ

gSA(D) dksf'kdk,sa v)Zlw=kh o lelw=k }kjk iqu% mRiUu gksrh

gSA

102. ekuo 'kjhj dh lcls cM+h dksf'kdk gS -

(A) ,fPNd is'kh; rUrq dksf'kdk

(B) raf=kdk dksf'kdk

(C) LVsVsM is'kh; rUrqdksf'kdk

(D) n;h is'kh; rUrq dksf'kdk

103. lsfUV;ksy fdlls lacaf/kr gS-

(A) DNA la'ys"k.k (B) iztuu(C) spindle formation (D) respiration

104. ;r o is'kh;ksa esa tkZdk lap; fdl :i esa gksrk gS\

(A) Xykbdkstu (B) e.M

(C) olk (D) dksysLVkWy

105. ekuo ikpu ra=k dk eq[; vax tks ikpu o vo'kks"k.k ds

fy;smkjnk;h gSa -

(A) ;r (B) o gn vkar

(C) vek'k; (D) NksVh vkar

106. NksVh vkar esa ik;s tkus okys oyu tks vo'kks"k.k {ks=k esa

o f) djrs gSa] D;k dgykrsgSa

(A) fLVh (B) foYyh

(C) i{ekHk (D)d'kkHk

107. fuEufyf[kr esals ok;q dk og dkSulk vo;o gS] ftldh

ek=kk 'olu ize esa cnyrh ugha gS\ -(A)vkWDlhtu (B) dkcZu MkbZ&vkWDlkbM

(C) ukbVkstu (D) ty ok"i

108. ;fn vR;f/kd /kzweiku ds dkj.k QsQM+ksa esa xSlksa ds

vknu&iznku dk lrgh {ks=k ?kV tk, rks bl fLFkfr dks

D;k dgsaxs\

(A) ,EQkblsek (B) V~;wcjdwyksfll

(C) vLFkek (D) U;weksfu;k


18/23


109. Anaerobic respiration is likely to occur in

(A) Ants (B) Earthworms

(C) Echinoderms (D) Tapeworms

110. Clumping of RBC may occur when blood of one

person is mixed with serum or blood of another

person. This is due to

(A) antigen antibody reaction

(B) antitoxin antibody reaction

(C) antigen antigen reaction

(D) antibody antibody reaction

111. Role of pacemaker is

(A) to increase heartbeat

(B)to decrease heartbeat

(C) to initiate heartbeat

(D) to control blood supply to heart

112. A girdled tree (upto) may survive for some time

but it will eventually die, because

(A) water will not move upwards

(B) water will not move downwards

(C) sugars and other organic materials will not

move upwards

(D) sugars and other organic materials will not

move downwards

113. Filtration of blood occurs in

(A) Bowmans capsule (B) loop of Henle

(C) neck of nephrons (D) renal papillae

114. Aquatic animals are mostly ammonotelic,

because

(A) ammonia easily diffuse in water

(B) excretion of ammonia requires large amount

of water which is available to these animals.(C) water contains less nitrogen

(D) these get less light

115. Flame cells (protonephridia) are excretory

structures of:

(A) Planarians (B) Flukes

(C) Tapeworms (D) All of these

116. Puberty occurs in females at the age of

(A) 8 10 years (B) 11 14 years

(C) 15 17 years (D) 18 20 years

109. vok;oh; 'olu laHkor% ik;k tkrk gS -

(A) phaVh;ksa esa (B) dsapq,sa esa

(C) bdkbuksMeZ~l esa (D) Qhrkfe;ksaesa

110. RBC dk lewgu rc gksrk gS] tc ,d O;fDr ds :f/kj

dk lhje nwljsO;fDr ds :f/kj ds lhje esafefJr fd;k

tkrk gSA ;g fdl dkj.k gksrk gS\(A) ,aVhtu ,aVhckWMh vfHkf;k

(B) ,aVhVksfDlu ,aVhckWMh vfHkf;k

(C) ,aVhtu ,aVhtu vfHkf;k

(D) ,aVhckWMh ,aVhckWMh vfHkf;k

111. islesdj dk dk;Z gS -

(A) n; Lianu esa o f) djuk

(B)n; Lianu dks ?kVkuk

(C) n; Lianu dks izkjEHk djuk

(D) n; esa :f/kj dh vkiwfrZ dk fu;a=k.k djuk

112. ,d xMZy o{k dqN le; ds fy, thfor jgrk gS]

ijUrq vUr esa ej tkrk gS] D;ksafd -

(A) ty ij dh vksj ugha p


19/23


117. Testosterone is secreted by

(A) Leydig cells (B) Sertoli cells

(C) Pituitary cells (D) Testis

118. Vegetative propagation helps a plant grower in

(A) growing a plant similar to the parent plant

genetically

(B) quick propagation of plants(C) combination of desirable traits of two plants

(D) having one or more of the advantage

mentioned above

119. Which of the following disease is caused by bacteria ?

(A) Small pox (B) Polio

(C) AIDS (D) Cholera

120. Deficiency diseases are

(A) communicable diseases(B) non Communicable diseases(C) allergies

(D) none of these

121. Sleeping sickness is caused by a protozoan

Trypanosoma. This protozoan is present in thesalivary gland of a blood sucking insect.The name of that insect is :

(A) Culex mosquito(B) Anopheles mosquito

(C) Fruit fly

(D) Tsetse fly

122. An antiviral protein which might help in curing

viral disease in future is

(A) antibody (B) histone

(C) nucleoprotein (D) interferon

123. In human body which is the master gland ?

(A) Adrenal (B) Pancreas

(C) Pituitary (D) None of the above

124. Hypersecretion of growth hormone in a period of

growth leads to(A) Midget (B) Anemia

(C) Acromegaly (D) Cushing syndrome

125. Hormone Involved in inhibition of growth is

(A) ABA (B) Auxin

(C) None of the above (D) Both A and B

117. VsLVksfLVjksu dk ko.k fdlds }kjk gksrk gS &

(A) fyfMax dksf'kdkvksa (B) ljVksyh dksf'kdkvksa

(C) ih;w"k dksf'kdkvksa (D) o"k.k

118. dkf;d tuu ,d ikni dh fdl o f) esa lgk;d gS\

(A) vkuqoka'kdh; :i ls leku tud ikni ds leku

o f) esa(B) ikniksa ds 'kh?kz tuu esa

(C) nksikniksa ds la ;ksx ls,s fPNd xq.kksadks iz kIr djusesa

(D) dhaving one or more of the advantagementioned above

119. fuEu esa ls dkSulk jksx thok.kqvksa }kjk gksrk gS\

(A) NksVh ekrk (B) iksfy;ks

(C) ,M~l (D) gStk

120. U;wurk jksx gS -(A) lae.k jksx(B) vlaked jksx(C) ,ythZ(D) buesa ls dksbZ ugha

121. funzk jksx fVisukslksek uked izksVkstksvk ls gksrk gSA ;gizksVkstksvk ,d :f/kj pwlusokys dhV dh ykj xz fUFk;ksa esaik;k tkrk gSA bl dhV dk uke crkb;s -

(A) D;wysDl ePNj(B) ,uksfQyht ePNj(C) Qy eD[kh(D) LVlh eD[kh

122. ,d izfrfo"kk.kqd izksVhu tksfo"kk.kq tfur jksxksa dsHkfo";esa bykt ds fy;slgk;rk iznku djrk gS] og gS -(A) ,aVhckWMh (B) ghLVksu(C) U;wfDy;ksizksVhu (D) bUVjQsjksu

123. ekuo 'kjhj esa dkSulh xzfUFk ekLVj xzfUFk dgykrh gS\(A) ,Mhuy (B) vXuk'k;(C) ih;w"k (D) buesals dksbZ ugha

124. of) dky esao f) gkWeksZu ds vfrlzko ls______jksx gkstkrk gS\(A) ckSukiku (B) ,fufe;k(C) ,ksesxyh (D) dqf'kax flUMkse

125. og dkSulk gkWeksZu gStks o f) dks vo:) djus dk dk;Zdjrk gS\(A) ABA (B) vkWfDlu(C) buesa ls dksbZ ugha (D) A rFkk B nksuksa


20/23


21/23


136. After mutation in a gene locus, a character of an

organism changes due to change in

(A) Protein structure

(B) DNA replication

(C) Protein synthesis pattern

(D) RNA transcription pattern

137. A cross between hybrid and a recessive parent

(8t tt) gives a ratio of(A) 1 : 1 (B) 2 : 1

(C) 3 : 1 (D) 1 : 2 : 1

138. Oparins theory about Origin of lifeis basedupon

(A) Chemical Evolution

(B) Organic Evolution

(C) Cosmic Evolution

(D) Artificial Synthesis

139. Evolution is defined as

(A) history of race

(B) development of race

(C) history and development of race with variations

(D) progressive history of race

140. Fluid part of blood after removal of corpuscles is

(A) plasma (B) lymph

(C) serum (D) vaccine

141. The junction at which two nerve cells combine

are called as

(A) dendron (B) synaps

(C) neuroplasm (D) sarcomere

142. Adipose tissues stores

(A) protein (B) carbohydrates

(C) fat droplets (D) All of the above

143. Cork cells are

(A) photosynthetic

(B) elongated and participate in movement

(C) meristematic

(D) dead

144. Organelles present in animal cell are

(A) chloroplast, mitochondria, nucleus, vacuoles

(B) mitochondria, nucleus, centriole, cell wall

(C) mitochondria, nucleus, centriole, vacuoles

(D) mitochondria, cell wall, nucleus, vacuoles

136. thu yksdl esa mRifjorZu ds i'pkr~ ,d tho dsy{k.k esa cnyko fuEu esa ls fdlesa ifjorZu ds dkj.kgksrk gS\(A) izksVhu lajpuk(B) DNA jsfIyds'ku(C) izksVhu la'ys"k.k isVuZ(D) RNA VkaUlfDi'ku isVuZ

137. ladj o vizHkkoh tudksa ds e/; kWl ls tks vuqikrizkIr gksxk og gS -(A) 1 : 1 (B) 2 : 1

(C) 3 : 1 (D) 1 : 2 : 1

138. ^thou dh mRifk* ds lanHkZ esa vkWisfju dk fl)kUrfdl ij vk/kkfjr gS\(A) jklk;fud fodkl(B) dkcZfud fodkl

(C) dkWfLed fodkl(D) f=ke la'ys"k.k

139. fodkl dks ifjHkkf"kr fd;k tk ldrk gS -(A) uLyksa ds bfrgkl ds :i esa(B) uLyksa ds fodkl ds :i esa(C) uLyksads fHkUurkvksa o fodkl ds :i esa(D) uLyksads fodkl'khy bfrgkl ds :i esa

140. :f/kj dk rjy Hkkx tks dkiZYl df.kdkvksa ds gVus

ds i'pkr~ cpk jg tkrk gS] og gS -(A) IykTek (B) fyEQ(C) lhje (D) osflu

141. og LFkku tgk nks raf=kdk dksf'kdk;sa vkdj feyrh gSa]dgykrk gS -(A) MsUMksu (B) lhusIl(C) U;wjksIykT+ek (D) lkdksZeh;j

142. ,Mhiksl kd fdldk lap; djrs gSa -(A)izksVhu (B) dkcksZgkbMsV~l(C) olk MksIysV~l (D) mijksDr lHkh

143. dkWdZ dksf'kdk;sa gksrh gSa(A) izdk'kla'ys"kh(B) yEch o xeu esa Hkkx ysrh gS(C) esjhLVesfVd(D) e r

144. tUrq dksf'kdk esa mifLFkr dksf'kdkax gS -

(A) DyksjksIykLV] ekbVksdkWfUM;k] dsUnzd] fjfDrdk

(B) ekbVksdkWf.M;k] dsUnzd] lsUVh;ksy] dksf'kdk fHkfk

(C) ekbVksdkWf.M;k] dsUnzd] lsUVh;ksy] fjfDrdk

(D) ekbVksdkWf.M;k] dksf'kdk fHkfk] dsUnzd] fjfDrdk


22/23


145. The striking difference between animal and plant

cell is of

(A) cell membrane (B) cell wall

(C) mitochondria (D) nucleus

146. In which part of chloroplast light reaction of

photosynthesis occurs ?

(A) Grana (B) Stroma(C) Matrix (D) all of the above

147. The phenomena which converts light energy to

chemical energy is

(A) respiration (B) photosynthesis

(C) transpiration (D) none of these

148. Which of the following is a characteristic of

respiratory organ ?

(A) Thin walled (B) Vascular(C) Moist (D) All of the above

149. The sphere of living matter together with water,

air and soil on the surface of earth is

(A) Biosphere (B) Lithosphere

(C) Hydrosphere (D) Atmosphere

150. Biogeochemical cycling means cycling of

(A) water

(B) energy in an ecosystem

(C) nutrients in an ecosystem(D) gases between plants and atmosphere

145. tUrq o ikni dksf'kdk esa ik;k tkus okyk fof'k"V

vUrj D;k gS\

(A) dksf'kdk f>Yyh (B) dksf'kdk fHkfk

(C) ekbVksdkWfUM;k (D) dsUnzd

146. DyksjksIykLV dsfdl Hkkx esaizdk'kla'ys"k.k dh izdkf'kd

vfHkf;k laiUu gksrh gS\

(A) xzsuk (B) LVksek(C) esfVDl (D)lHkh

147. izdk'k tkZdk jklk;fud tkZ esa:ikUrj.k dh ifj?kVuk

D;k dgykrh gS\

(A) 'olu (B) izdk'kla'ys"k.k

(C) Vkalikbjs'ku (D) buesals dksbZ ugha

148. fuEu esa ls 'olu vax dk vfHky{k.k dkSulk gS\

(A) iryh f>Yyh (B) laogu

(C) vknzrk (D)lHkh

149. og e.My tgk ltho inkFkZty] ok;q o e nk i Foh ij

feyrs gSa] D;k dgykrk gS\

(A) tSoe.My (B)yhFkksLQs;j

(C) gkbMksLQs;j (D) ok;qe.My

150. tSo Hkw jklk;fud p dk vFkZ fdlds p ls gS

(A) ty

(B) ikfjfLFkfrdh ra=k esatkZ

(C) ikfjfLFkfrdh ra=k esa iks"k.k(D) ikniksa o ok;qe.My ds e/; xSl


23/23

ANSWER KEY

Ques 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Ans. B B C D D B A B A D A D A C A

Ques 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

Ans. C A B A C A C D C C D B B D A

Ques 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

Ans. B C D C D B C C C C C A C A A

Ques 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

Ans. B B D C D D C A C B A A C A B

Ques 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75

Ans. B C D A B D C B D C B D C B C

Ques 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90

Ans. C C C B A C C A C D D C B C A

Ques 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105

Ans. A A A B C D D D B C C B C A D

Ques 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120

Ans. B C A D A C D A B D B A A D B

Ques 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135

Ans. D D C C A A B D B C D A A B C

Ques 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150

Ans. A A A C C B C D C B A B D A C

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