Please read the instructions in Question Booklet before answering the question paper.

INSTRUCTIONS

01. The question paper has '18' printed pages. Please ensure that the copy of the question paper you havereceived contains all pages.

02. Before starting the paper, fill up the required details in the blank space provided in the answer sheet.03. Write your name and Seven digit Reg. No. in the space provided at the top of this booklet.04. The question paper consists of '85' objective type questions. Each question carry 4 marks and all of them

are compulsory.05. Each question contains four alternatives out of which only ONE is correct.06. There is NO NEGATIVE marking.07. Indicate the correct answer for each question by filling appropriate bubble in your answer sheet.08. The answers of the questions must be marked by shading the circle against the question by dark Black

Ball point Pen only.09. For rough work, use the space provided at the bottom of each page. No extra sheet will be provided for

rough work and you are not supposed to bring the same.10. Use of blank papers, clip boards, log tables, calculator, slide rule, mobile or any other electronic

gadgets in any form is "NOT PERMISSIBLE".11. You must not carry mobile phone even if you have the same, give it to your Invigilator before commencement

of the test and take it back from him/her after the exam.12. TheAnswer Sheet will be checked through computer hence the answer of the questions must be marked by

shading the circles against the question by dark Black Ball point Pen only.

For example if only 'C' choice is correct then, the correct method for filling the bubble isA B C D

the wrong method for filling the bubble are(a) A B C D

Tick Mark

(b) A B C D

Cross Mark

(c) A B C D

Half filled or Semi Dark

The answer of the questions in wrong or any other manner will be treated as wrong.USEFUL DATA

Take g = 10 m/s2 wherever required.

SAMPLE PAPER

Class : X Time allowed : 2 hours Maximum Marks : 340

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Page # 2

Q.1 InFaraday's experiment (figurebelow), choosethe wrong statement

Galvanometer

N SV

(A) On increasing the speed of magent,deflection in galvanometer increases(B) On reversing the direction of motion ofmagnet, deflection in galvanometer getsreversed(C) On increasing the number of turns in coil,current decreases.(D) On keeping the magnet fixed, but movingthe coil, galvanometer registers a current.

Q.2 For thewave shapes shown in figures the waveofmaximumfrequencywillbe

(A) O t6 secondd

ispla

cem

ent

(B) O t

6 second

dis

pla

cem

ent

(C) O t6 secondd

ispla

cem

ent

(D) O t

6 second

dis

pla

cem

ent

Q.1 QSjkMs ds ç;ksx esa ¼uhps fp=½] xyr dFku pqfu;s:

xSYosuksehVj

N SV

(A) pqEcd dh pky c<+kus ij] xSYosuksehVj esa fo{ksic<rk gS(B) pqEcd dh xfr dh fn'kk myVus ij] xSYosuksehVjesa fo{ksi myV tkrk gS(C) dq.Myh esa ?ksjksa dh la[;k c<+us ij] /kkjk ?kVrhgS(D) pqEcd dks fLFkj j[kdj dq.Myh dks xfr djkusij xSYosuksehVj esa /kkjk fn[kkbZ nsrh gS

Q.2 fp=ksa esa n'kkZ;h xbZ rjax vkd`fr;ksa ds fy;s]vf/kdre vko`fÙk dh rjax gksxh

(A) O t6 second

foLFkki

u

(B) O t

6 second

foLFkki

u

(C) O t6 second

foLFkki

u

(D) O t

6 second

foLFkki

u

Page # 3

Q.3 Whichofthefollowingquantitiesdonotchangewhen aresistor connected to a batteryis heateddue to the current ?(A) Drift speed(B)Resistivity(C) Resistance(D) Number of free electrons

Q.4 In the network of resistors shown in theadjoining figure, the equivalent resistancebetweenAand B is

3 3 3 3 3

333333

3

A B

(A) 54 (B) 18(C) 36 (D) 9

Q.5 Four pendulums P, Q, R and S are suspended

from same elastic supports as shown in figure.

Out of these P and R are the same length. Q is

smaller than PandSis longest. If thependulum

bob P is displaced to give small vibration

S

R

Q

P

(A) amplitude of vibration for S is maximum(B) amplitude of vibration for R is maximum(C) amplitude of vibration for Q is maximum(D) amplitude of vibration for all is same

Q.3 fuEu esa ls dkSulh jkf'k ifjofrZr ugha gksrh gS tc,d cSVjh ls tqM+k ,d çfrjks/kd] /kkjk ds dkj.k xeZgks tkrk gS ?(A) viogu pky(B) çfrjk/kdrk(C) çfrjks/k(D) eqDr bysDVªkWuksa dh la[;k

Q.4 layXu fp= esa çnf'kZr çfrjks/kdksa ds tky esa] A o

B ds chp rqY; çfrjks/k gS :

3 3 3 3 3

333333

3

A B

(A) 54 (B) 18(C) 36 (D) 9

Q.5 pkj is.Mwye P, Q, R o S fp= esa n'kkZ;s vuqlkjleku çR;kLFk vk/kkjkas ls yVdk;k tkrk gSA buesals P o R dh yEckbZ leku gSA Q, P ls NksVk gS rFkkS lcls yEck gSA ;fn is.Mwye ckWc P dks y?kqdEiUu nsus ds fy;s foLFkkfir fd;k tkrk gSA

S

R

Q

P

(A) S ds fy;s dEiUu dk vk;ke vf/kdre gS(B) R ds fy;s dEiUu dk vk;ke vf/kdre gS(C) Q ds fy;s dEiUu dk vk;ke vf/kdre gS(D) lHkh ds fy;s dEiUu dk vk;ke leku gS

Page # 4

Q.6 An observer can see through a pin-hole thetop end of a thin rod of height h, placed asshown in the figure. The beaker height is 3hand its radius h. When the beaker is filled witha liquid up to a height 2h, he can see the lowerend of the rod. Then the refractive index of theliquidis

3h

h

2h

(A)2

5(B)

2

5

(C)2

3(D)

2

3

Q.7 In which case work is not done

(A) a girl swimming in a pond

(B) awindmill liftingwater froma well

(C) a standing man holding a suit case in his

hand

(D) a sail boat moving in the direction of mind

Q.8 The gravitational force between two objects

of mass 1 kg each, separated by a distance of

1m invacuum will be

(A) zero (B) 6.675 × 10–11 N

(C) 13.350 × 10–11 N (D) 3.337 × 10–11 N

Q.9 What is the relation between the refractive

indices µ1 and µ2 , if the behaviour of light ray

is as shown in the figure.

µ1 µ1 µ2 µ2µ µ

(A) µ1 > µ2 (B) µ1 < µ2

(C) µ1 = µ2 (D) None of these

Q.6 ,d çs{kd fp= esa n'kkZ;s vuqlkj j[kh h Å¡pkbZ dh,d iryh NM+ ds 'kh"kZ fljs dks ,d fiu&fNnz lsns[k ldrk gSA chdj dh Å¡pkbZ 3h gS rFkk bldhf=T;k h gSA tc chdj dks nzo ls 2h Å¡pkbZ rd Hkjktkrk gS, rks og NM+ ds fupys fljs dks ns[k ldrkgS] rks nzo dk viorZukad gS%

3h

h

2h

(A)2

5(B)

2

5

(C)2

3(D)

2

3

Q.7 fdl fLFkfr esa dk;Z ugha fd;k tkrk gS(A) ,d rkykc esa rSjrh ,d yM+dh(B) ,d dq¡;s ls ty p<+kus okyh ,d ioupDdh(C) vius gkFkksa esa lwVdsl ysdj [kM+k gqvk ,dvkneh(D) gok dh fn'kk esa xfreku ,d uko

Q.8 fuokZr esa 1m nwjh ls iF̀kd çR;sd 1 kg nzO;eku dh

nks oLrqvksa ds chp xq:Rokd"kZ.k cy gksxk

(A) 'kwU; (B) 6.675 × 10–11 N

(C) 13.350 × 10–11 N (D) 3.337 × 10–11 N

Q.9 viorZukad µ1 o µ2 ds chp lEcU/k D;k gS ;fn

çdk'k fdj.k dk O;ogkj fp= esa n'kkZ;s vuqlkj gSA

µ1 µ1 µ2 µ2µ µ

(A) µ1 > µ2 (B) µ1 < µ2

(C) µ1 = µ2 (D) buesa ls dksbZ ugha

Page # 5

Q.10 Campingequipmentweighing6000Nispulledacross a frozen lake by means of a horizontalrope. Thecoefficient of kinetic friction is 0.05.The work done by the campers in pulling theequipment 1000 m at constant velocity is(A) 3.1 × 104 J (B) 1.5 × 105 J(C) 3.0 × 105 J (D) 2.9 × 106 J

Q.11 The centripetal force is provided to the planet

by the

(A) Force of repulsion between the planet and

the Sun

(B) Force of attraction of the Sun

(C) Heat energy of the Sun

(D) Gravityof the planet

Q.12 A uranium nucleusat rest decaysintoathorium

nucleusandahelium nucleus,asshown below.

Which of thefollowing istrue?

235 231 492 90 2U Th He

(A) Each decay product has the same kinetic

energy.

(B) The decayproducts tend to go in the same

direction.

(C) The thoriumnucleus has more momentum

than theheliumnucleus.

(D)Theheliumnucleushasmorekineticenergy

than the thorium nucleus.

Q.13 For dynamo which one of the following

statements is correct?

(A) It converts the electrical energy into light

energy.

(B) It converts the kinetic energy into heat

energy.

(C) It converts the mechanical energy into

electrical energy.

(D) It converts the electrical energy into

mechanical energy.

Q.10 6000 N Hkkj ds dsEi midj.k dks ,d {ksfrt jLlh

}kjk ,d teh gqbZ >hy ij [khapk tkrk gSA xfrt ?k"kZ.k

xq.kkad 0.05 gSA midj.k dks fu;r osx ls 1000 m

[khapus esa dsEi okys }kjk fd;k x;k dk;Z gS :

(A) 3.1 × 104 J (B) 1.5 × 105 J

(C) 3.0 × 105 J (D) 2.9 × 106 J

Q.11 xzg dks vfHkdsUnh; cy çnku fd;k tkrk gS

(A) xzg o lw;Z ds chp çfrd"kZ.k cy }kjk

(B) lw;Z ds vkd"kZ.k cy }kjk

(C) lw;Z dh Å"ek ÅtkZ }kjk

(D) xzg ds xq:Ro }kjk

Q.12 fojke ij mifLFkr ,d ;wjsfu;e ukfHkd ,d Fkksfj;eukfHkd o ,d ghfy;e ukfHkd esa uhps n'kkZ;s vuqlkj{k; gksrk gSA fuEu esa ls dkSulk lR; gS ?

235 231 492 90 2U Th He

(A) çR;sd {k; mRikn dh xfrt ÅtkZ leku gksrhgS(B) {k; mRikn leku fn'kk esa tkus dh ço`fr j[krsgaS(C) Fkksfj;e ukfHkd dk laosx ghfy;e ukfHkd lsvf/kd gksrk gS(D) ghfy;e ukfHkd dh xfrt ÅtkZ Fkksfj;e ukfHkdls vf/kd gksrk gS

Q.13 Mk;useks ds fy;s fuEu esa ls dkSulk dFku lgh gS?

(A) ;g fo|qr ÅtkZ dks çdk'k ÅtkZ esa cnyrk gS

(B) ;g xfrt ÅtkZ dks Å"ek ÅtkZ esa cnyrk gS

(C) ;g ;kaf=d ÅtkZ dks fo|qr ÅtkZ esa cnyrk gS

(D) ;g fo|qr ÅtkZ dks ;kaf=d ÅtkZ esa cnyrk gS

Page # 6

Q.14 A single horizontal force F is applied to ablock

of mass M1 which is in contact with another

block of mass M2 as shown in the figure. If the

surface are frictionless, the force between the

block is

M1 M2F

(A)2

1

M

FM(B)

31

21

MM

FMM

(C)21

2

MM

FM

(D)1

2

M

FM

Q.15 Which of the following raydiagramis correct?

(A) F

F

(B) F

F

  (C)

F

F

(D) FF

Image at infinity

Q.14 M1 nzO;eku ds ,d CykWd tks fd fp= esa n'kkZ;s

vuqlkj M2 nzO;eku ds nwljs CykWd ds lEidZ esa gS]

ij ,d ,dy {ksfrt cy F yxk;k tkrk gSA ;fn

lrg ?k"kZ.kghu gS] rks CykWdksa ds chp cy gS

M1 M2F

(A)2

1

M

FM(B)

31

21

MM

FMM

(C)21

2

MM

FM

(D)1

2

M

FM

Q.15 fuEu esa ls dkSulk fdj.k vkjs[k lgh gS ?

(A) F

F

(B) F

F

  (C)

F

F

(D) FF

Image at infinity

Page # 7

Q.16 Due to presence of which ion in aqua regia it

act as a strong oxidising agent.

(A) nascent oxygen (B) Nitrosyl chloride

(C)Available chlorine (D) Nitrate ion

Q.17 Pressure at sea level is

(A) one atmosphere (B) 76 cm of Hg

(C) 760 mm of Hg (D)All of the above

Q.18 Rate of evaporation of water :

(A) is more in coastal area than in non coastal

area

(B) is more in non coastal area than in coastal

areas

(C) is the same in both coastal and non coastal

areas(D) cannot be predicted

Q.19 Whichofthefollowingcompoundismost ionic

compound ?

(A) LiCl (B) NaCl

(C) RbCl (D) CsCl

Q.20 Iron fillings were added to solution of coppersulphate. After about 10 minutes, it wasobservedthat thecolourof thesolutionchangedand a layer was deposited on iron fillings. Thecolour of the solution and that of the coatingwould respectivelybe(A) light green and reddish brown(B) yellow and green(C) brown and blue(D) red and greenish blue.

Q.21 The meltingpoint temperatureof thesolidstateof a substance is 40°C. The freezing pointtemperature of the liquid state of the samesubstance will be(A) 35°C (B) 40°C(C) 45°C (D) can’t predict

Q.16 ,Dok jsft;k es fdl vk;u dh mifLFkfr ds dkj.k

;g çcy vkWDlhdkjd dh Hkkafr O;ogkj djrk gSA

(A) uotkr vkWDlhtu (B) ukbVªksfly DyksjkbM

(C) miyC/k Dyksjhu (D) ukbVªsV vk;u

Q.17 leqnz ry ij nkc gksrk gS

(A) ,d ok;qe.My (B) 76 cm Hg

(C) 760 mm Hg (D) mijksDr lHkh

Q.18 ty ds ok"ihdj.k dh nj %

(A) rVh; {ks= esa vrVh; {ks= dh vis{kk vf/kd gksrh

gS

(B) vrVh; {ks= esa rVh; {ks= dh vis{kk vf/kd gksrh

gS

(C) rVh; {ks= rFkk vrVh; {ks= nksuksa esa leku gksrh

gS(D) Kkr ugha dj ldrs

Q.19 fuEu esa ls dkSulk ;kSfxd lokZf/kd vk;fud ;kSfxd

gS \

(A) LiCl (B) NaCl

(C) RbCl (D) CsCl

Q.20 ykSgs ds cqjkns dks dkWij lYQsV ds foy;u esa feyk;kx;kA yxHkx 10 feuV i'pkr~ ;g ns[kk x;k fdfoy;u dk jax ifjofrZr gks x;k rFkk ykSgs ds cqjknksaij ,d ijr fu{ksfir gks x;hAA foy;u dk jax rFkkijr dk jax Øe'k% gksxk(A) gYdk gjk rFkk yky&Hkwjk(B) ihyk rFkk gjk(C) Hkwjk rFkk uhyk(D) yky rFkk gjk uhyk

Q.21 ,d inkFkZ dh Bksl voLFkk dk xyukad rki 40°C

gS rks mlh inkFkZ dh nzo voLFkk dk fgekad rki D;kgS

(A) 35°C (B) 40°C

(C) 45°C (D) Kkr ugha dj ldrs

Page # 8

Q.22 When one drop of a sample is mixed with one

drop of universal indicator a green colour is

produced. The pH value of this sample is in

which range?

(A) 3 to 5 (B) 6 to 8

(C) 9 to 11 (D) 12 to 14

Q.23 What is the percentage of solution when 40g

of common salt dissolved in 320 g of water?

(A) 12.5% (B) 14.3%

(C) 11.1% (D) 10%

Q.24 Oneofthefollowingisanendothermicreaction.This is :(A) combinationof carbon and oxygen to formcarbon monoxide(B)combintionofnitrogenand oxygento formnitrogenmonoxide(C)combinationofglucoseandoxygento formcarbon dioxide and water(D) combination of zinc and hydrochloric acidto form zinc chloride and hydrogen

Q.25 The formula of silver phosphate is(A)AgPO4 (B) Ag3PO4(C) Ag2(PO4)3 (D) Ag2PO4

Q.26 Based on the reactions given below, what isthe correct decreasing order of the reactivityof the metals ?(i) Zn (s) + CuSO4(aq)

ZnSO4(aq) + Cu(s)(ii) Cu(s) + 2AgNO3(aq)

Cu(NO3)2(aq) 2Ag(s)(iii) Zn(s) + FeSO4(aq)

ZnSO4(aq) + Fe(s)(iv) Fe(s) + CuSO4(aq)

FeSO4(aq) + Cu(s)(A) Cu > Ag > Fe > Zn(B) Fe > Zn > Cu > Ag(C) Zn > Fe > Cu > AG(D) Ag > Cu > Zn > Fe

Q.22 tc çfrn'kZ dh ,d cwan dks lkoZf=d lwpd dh ,d

cawn ds lkFk feyk;k tkrk gS rks gjk jax mRiUu gksrk

gSA bl çfrn'kZ ds pH eku dh ijkl D;k gksxh \

(A) 3 to 5 (B) 6 to 8

(C) 9 to 11 (D) 12 to 14

Q.23 tc 40g lkekU; yo.k dks 320 g ty esa ?kksyk

tkrk gS rks foy;u dh çfr'krrk D;k gksxh \

(A) 12.5% (B) 14.3%

(C) 11.1% (D) 10%

Q.24 fuEu esa ls dkSulh vfHkfØ;k ,d Å"ek'kks"kh vfHkfØ;kgS %(A) dkcZu rFkk vkWDlhtu ds la;kstu ls dkcZueksuksvkWDlkbM dk cuuk(B) ukbVªkstu rFkk vkWDlhtu ds la;kstu lsukbVªkstu eksuksvkWDlkbM dk cuuk(C) Xywdksl rFkk vkWDlhtu ds la;kstu ls dkcZuMkbZvkWDlkbM rFkk ty dk cuuk(D) ftad rFkk gkbMªksDyksfjd vEy ds la;kstu lsftad DyksjkbM rFkk gkbMªkstu dk cuuk

Q.25 flYoj QkWLQsV dk lw= gS(A)AgPO4 (B) Ag3PO4(C) Ag2(PO4)3 (D) Ag2PO4

Q.26 uhps nh xbZ vfHkfØ;kvksa ds vk/kkj ij] /kkrqvksa dhfØ;k'khyrk dk ?kVrk gqvk Øe D;k gS \(i) Zn (s) + CuSO4(aq)

ZnSO4(aq) + Cu(s)(ii) Cu(s) + 2AgNO3(aq)

Cu(NO3)2(aq) 2Ag(s)(iii) Zn(s) + FeSO4(aq)

ZnSO4(aq) + Fe(s)(iv) Fe(s) + CuSO4(aq)

FeSO4(aq) + Cu(s)

(A) Cu > Ag > Fe > Zn(B) Fe > Zn > Cu > Ag(C) Zn > Fe > Cu > AG(D) Ag > Cu > Zn > Fe

Page # 9

Q.27 Consider the reaction :KBr (aq) + AgNO3(aq) KNO3(aq) + AgBr(s)

This is an example of :(A) decomposition reaction(B) combination reaction(C) double displacement reaction(D) displacemnet reaction

Q.28 Singapore’s average altitude above sea level is15 m while that of LaPaz, Bolivia’s capital is3640 m. Water boils at 100ºC in Singapore.Which of the following can be boiling point ofwater in LaPaz?(A) 373K (B) 369 K(C) 376 K (D) 374 K

Q.29 Which of the following statements regardingnon-metals is false ?(A) 11 non-metals are in gaseous state(B) Gas carbon is a good conductor of heatand electricity(C) The black material inside a pencil is metallead(D)All non-metal are non-sonorous in nature

Q.30 10 mL of 0.1 N HCl is added to 990 mLsolution of NaCl. The pH of the resultingsolution is?(A) zero (B) 3(C) 7 (D) 10

Q.27 fuEu vfHkfØ;k ij fopkj dhft, %KBr (aq) + AgNO3(aq) KNO3(aq) + AgBr(s)

;g fdldk ,d mnkgj.k gS %(A) fo?kVu vfHkfØ;k(B) la;kstu vfHkfØ;k(C) nksgjh foLFkkiu vfHkfØ;k(D) foLFkkiu vfHkfØ;k

Q.28 flaxkiqj dh leqnz ry ls vkSlr Å¡pkbZ 15 m gStcfd cksfyfo;k dh jkt/kkuh yk&ikt (LaPaz)

dh ÅW¡pkbZ 3640 m gSA flaxkiqj esa ty 100ºC ijmcyrk gSA fuEu esa ls dkSulk yk&ikt (LaPaz) esaty dk DoFkukad gks ldrk gS\(A) 373K (B) 369 K(C) 376 K (D) 374 K

Q.29 fuEu esa ls dkSulk dFku v/kkrqvksa ds lanHkZ es vlR;gS \(A) 11 v/kkrq,as xSlh; voLFkk esa gSa(B) xSl dkcZu Å"ek rFkk fo|qr dk ,d lqpkydgS(C) isfUly ds vUnj dkyk inkFkZ /kkrq ysM gS(D) lHkh v/kkrq,sa çÑfr esa /ofughu gksrh gSa

Q.30 10 mL 0.1 N HCl foy;u dks 990 mL NaCl

foy;u esa feyk;k tkrk gSA ifj.kkeh foy;u dkpH D;k gS \(A) 'kwU; (B) 3(C) 7 (D) 10

Page # 10

Q.31 Milk does not provide

(A) VitaminsAand D

(B) Minerals like phosphorus and calcium

(C) Iron

(D) Carbohydrates, proteins and fats.

Q.32 Pusa Lerma is an improved variety of

(A) Rice (B) Maize

(C) Soyabean (D) Wheat.

Q.33 Excessive exposure of humans to U.V. rays

results in

(i) damage to immune system

(ii) damage to lungs

(iii) skin cancer

(iv) peptic ulcers

(A) (i) and (ii) (B) (ii) and (iv)

(C) (i) and (iii) (D) (iii) and (iv)

Q.34 In thegivenfigure the various trophic levels are

shown in a pyramid.At which trophic level is

maximumenergyavailable?

(A) T4 (B) T2

(C) T1 (D) T3

Q.35 Coordination via the nervous system tends todiffer from that produced by the endocrinesystem because the nervous system(A) Is quick, precise and localized(B) Is slower and more pervasive(C) Does not require conscious activity(D) Has long-lasting effects

Q.36 In reflex action the reflex arc is formed by

(A) Brain spinal cordmuscles

(B) Receptor spinal cordmuscles

(C) Muscle receptor brain

(D) Muscles spinal cord receptor

Q.31 nw/k esa ugha gksrk gS(A) foVkfeu A rFkk D

(B) [kfut tSls QkWLQksjl rFkk dSfY'k;e(C) vk;ju(D) dkckZsgkbMªsV~l] çksVhUl rFkk olk

Q.32 iwlk yekZ (Pusa Lerma) fdldh mUur fdLe gS(A) pkoy (B) eDdk(C) lks;kchu (D) xsgw¡

Q.33 U.V. fdj.kksa ds euq";ksa ij vR;f/kd fxjus ls D;kgksrk gS\(i) çfrj{kk ra= dks {kfr(ii) QsQM+ksa dks {kfr(iii) Ropk dsalj(iv) isfIVd vYlj(A) (i) rFkk (ii) (B) (ii)rFkk (iv)

(C) (i) rFkk (iii) (D) (iii)rFkk (iv)

Q.34 fn;s x;s fp= esa fHkUu iks"kd Lrjksa dks ,d fijkfeMesa n'kkZ;k x;k gSA fuEu esa fdl iks"kd Lrj esa vf/kdre ÅtkZ miyC/k gS \

(A) T4 (B) T2

(C) T1 (D) T3

Q.35 raf=dk ra= ls gksdj leUo; var Lkzkoh ra= }kjkmRiUu leUo; ls fHkUu gksrk gS] D;ksafd raf=dk ra=(A) Rofjr] fuf'pr rFkk LFkkuhd`r gksrk gSA(B) esa /khek rFkk vf/kd O;kid gksrk gSA(C) esa lpsr xfrfof/k dh vko';drk ugha gksrh gSA(D) ds nh?kZdkyhu çHkko gksrs gSaA

Q.36 çfrorhZ fØ;k esa çfrorhZ pki dk fuekZ.k fdlls

gksrk gS \

(A) efLr"d d'ks:d n.M isf'k;k¡

(B) xzkgh d'ks:d n.M isf'k;k¡

(C) isf'k;k¡ xzkgh efLr"d

(D) isf'k;k¡ d'ks:d n.M xzkgh

Page # 11

Q.37 The decomposers in an ecosystem

(A)convert inorganicmaterial, tosimpler forms

(B)convertorganicmaterial to inorganic forms

(C) convert inorganic materials into organic

compounds

(D) do not breakdown organic compounds.

Q.38 The function of the glomerulus and Bowman'scapsule of the nephron is to(A) Reabsorb water into the blood(B) Eliminate ammonia from the body(C) Reabsorb salts and amino acids(D) Filter the blood and capture the filtrate

Q.39 Which of the following control the balance of

human body?

(A) Cerebrum (B) Cerebellum

(C) Optic lobes (D) Spinal cord

Q.40 A cardiac cycle involves

(A) Joint diastole-ventricular systole-auricular

systole

(B) Auricular systole-ventricular systole-

complete cardiac distole

(C)Auricular systole-joint diastole-ventricular

systole

(D)Auricular systole-ventricular diastole-joint

diastole

Q.41 Which one is a micronutrient(A) Iron (B)Calcium(C) Magnesium (D) Potassium

Q.42 A high concentration of synthetic auxins is

generallyused for

(A) Weed control

(B) Enhancingroot initiation

(C) Controllingof cell enlargement

(D) Preventing the growth of the lateral buds

Q.43 Which of the following is not an endocrine

gland?

(A) Pancreas (B) Liver

(C) Ovary (D) Thyroid

Q.37 ikfjfLFkfrdh ra= esa vi?kVd dk dk;Z gS(A) vdkcZfud inkFkksZa dks ljy :i esa :ikUrfjrdjukA(B) dkcZfud inkFkZ dks vdkcZfud inkFkZ esa:ikUrfjr djukA(C) vdkcZfud inkFkksZa dks dkcZfud ;kSfxdksa esa:ikUrfjr djukA(D) dkcZfud ;kSfxdksa dks ugha rksM+ukA

Q.38 usÝkWu ds Xykses:yl rFkk ckWeu lEiqV dk dk;Z gS(A) jDr esa ty dk iqu%vo'kks"k.k djuk(B) 'kjhj ls veksfu;k dk fu"dklu djuk(C) yo.k rFkk ,ehuksa vEy dk iqu% vo'kks"k.k djuk(D) jDr dks Nkuuk rFkk Nfur dk vf/kxzg.k djuk

Q.39 fuEu esa ls ekuo 'kjhj ds lUrqyu dks dkSu fu;af=rdjrk gS \(A) lsjscze (B) lsjscsye(C) vkWfIVd ikfy;k¡ (D) d'ks:d n.M

Q.40 ân; pØ esa lfEefyr gksrh gS(A) la;qDr vuqf'kfFkyu & fuy; ladqpu & vkfyUnladqpu(B) vkfyUn ladqpu & fuy; ladqpu & iw.kZ ân;hvuqf'kfFkyu(C) vkfyUn ladqpu & la;qDr vuqf'kfFkyu & fuy;ladqpu(D) vkfyUn ladqpu & fuy; vuqf'kfFkyu & la;qDrvuqf'kfFkyu

Q.41 fuEu esa ls dkSulk ,d lw{eiks"kh gS \(A) vk;ju (B) dSfY'k;e(C) eSXuhf'k;e (D) iksVsf'k;e

Q.42 la'ys"kh vkWfDlu dh mPp lkUnzrk fdlds fy,

lkekU;r% mi;ksxh gS

(A) [kjirokj fu;a=.k esa

(B) ewy vkjEHkd dh o`f) esa

(C) dksf'kdk nh?khZdj.k dks fu;af=r djus esa

(D) ik'oZ dfydkvksa dh o`f) jksdus esa

Q.43 fuEu esa ls dkSulh vUr%lzkoh xzfUFk ugha gS \

(A) vXuk'k; (B) ;dr̀

(C) v.Mk'k; (D) Fkk;jkWbM

Page # 12

Q.44 Thesitesofexchangeofwastes,nutrients,gasesand hormones between the blood and bodycells are the(A)Arteries (B)Arterioles(C) Capillaries (D)Veins

Q.45 Caecum is small blind sac which hosts some

symbiotic micro-organisms. From it a small

finger like vestigeal organ arises. This organ is

called

(A) Parotid gland

(B)Vermis

(C)Vermiform appendix

(D) Lacteals

Q.46 For which values of ‘a’ and ‘b’ does the

followingpairoflinearequationshaveaninfinite

number ofsolutions

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

(A) a = 5, b = 1 (B) a = 4, b = 2

(C) a = 1, b = 5 (D) a = 2, b = 4

Q.47 If the LCM of a and 18 is 36 and the HCF ofa and 18 is 2, then a =(A) 2 (B) 3(C) 4 (D) 1

Q.48 Four watches are ringing alarm bells in theinterval of 6, 12, 15 and 18 seconds. If theystart at the same time, how many times theywill ring together in 4 hours ?(A) 80 (B) 81(C) 20 (D) 21

Q.49 Findthenatureofsolutionofthesystemoflinear

equations given by3x + 4y= 5 and 4x – 6y= 8

(A)unique solution

(B) no solution

(C) infinitelymanysolutions

(D) inadequate data

Q.50 If x + y = 5; then find the value ofx3 + y3 + 15xy – 125(A) 5 (B) 0(C) 1 (D) 25

Q.44 jDr o jDr dksf'kdkvksa ds chp vif'k"V] iks"kd]xSlksa o gkeksZuksa ds fofue; ds LFky gSa(A) /kefu;ka (B) /kefudk;sa(C) dsf'kdk;sa (D) okfgfu;k¡

Q.45 lhde y?kq va/kdks"k gS ftlesa dqN lgthoh lw{e

thoksa dks iks"k.k feyrk gSA blls ,d y?kq vaxqyhuqek

vof'k"V vax fudyrk gS ;g vax dgykrk gS

(A) mid.kZ xzfUFk (Parotid gland)

(B) ofeZl

(C) oehZ:ih vof'k"V

(D) ysfDV;Yl

Q.46 ‘a’ rFkk ‘b’ ds fdu ekuksa ds fy, fuEu jSf[kd

lehdj.k fudk; ds vuUr gy gSa \

2x + 3y = 7;

(a – b)x + (a + b)y = 3a + b – 2

(A) a = 5, b = 1 (B) a = 4, b = 2

(C) a = 1, b = 5 (D) a = 2, b = 4

Q.47 ;fn a rFkk 18 ds LCM rFkk HCF Øe'k% 36

rFkk 2 gS] rc a =(A) 2 (B) 3(C) 4 (D) 1

Q.48 pkj ?kfM+;ksa dh vykeZ ?kafV;k¡ 6, 12, 15 rFkk 18

lsd.M ds vUrjkyksa esa ctrh gSA ;fn os ,d lkFk'kq: gksrh gSa] rc os 4 ?kaVs esa fdruh ckj lkFk&lkFkctsxh \(A) 80 (B) 81(C) 20 (D) 21

Q.49 js[kh; lehdj.kksa 3x + 4y = 5 rFkk 4x – 6y = 8

ds fudk; ds gyksa dh çd`fr gksxh

(A) vf}rh; gy

(B) dksbZ gy ugha

(C) vuUr gy

(D) vi;kZIr vk¡dM+s

Q.50 ;fn x + y = 5 gS, rc x3 + y3 + 15xy – 125 dkeku gS(A) 5 (B) 0(C) 1 (D) 25

Page # 13

Q.51 The value of x + y in the solution of equations

5

4 3 12

x y and 1

2

xy is

(A) 1/2 (B) 3/2

(C) 2 (D) 5/2

Q.52 In order that the six digit number 1x0x3x bedivisible by11, the digit x should be :(A) 2 (B) 1(C) 4 (D) 5

Q.53 In an examination, 34% of the students failedin Mathematics and 42% failed in English. If20% of the students failed in both the subjects,then the percentage of students who passed inboth the subject was(A) 44 (B) 50(C) 54 (D) 56

Q.54 In aABC,C = 3B = 2(A +B). Find

the three angles.

(A) 20°, 40°, 120° (B) 60°, 20°, 100°

(C) 120°, 20°, 40° (D) 10°, 40°, 130°

Q.55 The clusteringof data around a central value is

known as :

(A) mean (B) mode

(C) median (D) central tendency

Q.56 The pair of linear equations 3x + 2y = 5;

2x – 3y = 7, have

(A) One solution (B) Two solutions

(C) Manysolutions (D) No solution

Q.57 If X is a point on the line AB and Y, Z are

points outside such that AXY = 45° and

YXZ = 60° , thenBXZ is equal to

(A) 120° (B) 75°

(C) 150° (D) 105°

Q.58 Find a quadratic polynomial whose zeroes are

(2a + 1) and (2b + 1) if a and b are the zeroes

of the polynomial f(t) = 2t2 – 7t + 6.

(A) 2t2 –9t + 10 (B) t2 – 9t + 20

(C) t2 – 7t + 10 (D) 2t2 – 7t + 10

Q.51 lehdj.kksa5

4 3 12

x y rFkk 1

2

xy ds gyksa esa

x + y dk eku gS

(A) 1/2 (B) 3/2

(C) 2 (D) 5/2

Q.52 blh Øe esa N% vadksa okyh la[;k 1x0x3x , 11 lsHkkT; gS] rc vad x gksxk %(A) 2 (B) 1(C) 4 (D) 5

Q.53 fdlh ijh{kk esa, 34% fo|kFkhZ xf.kr esa vuqÙkh.kZgksrs gSa rFkk 42% fo|kFkhZ vaxzsth esa vuqÙkh.kZ gksrsgSaA ;fn 20% fo|kFkhZ nksuksa fo"k;ksa esa vuqÙkh.kZ gksrsgS] rc nksuksa fo"k;ksa esa mÙkh.kZ gksus okys fo|kfFkZ;ksa dkçfr'kr gS(A) 44 (B) 50(C) 54 (D) 56

Q.54 fdlh ABC esa]C = 3B = 2(A +B) gS]rc f=Hkqt ds rhuksa dks.k gSa(A) 20°, 40°, 120° (B) 60°, 20°, 100°(C) 120°, 20°, 40° (D) 10°, 40°, 130°

Q.55 dsUnzh; eku ds pkjksa vksj vk¡dM+ksa ds lewg dks dgrsgSa(A) ek/; (B) cgqyd(C) ekf/;dk (D) dsUnzh; ço`fÙk

Q.56 js[kh; lehdj.k ;qXe 3x + 2y = 5; 2x – 3y = 7

(A) dk ,d gy gS (B) ds nks gy gS(C) ds vusd gy gSa (D) dk dksbZ gy ugha gS

Q.57 ;fn X, js[kk AB ij ,d fcUnq gS rFkk Y, Z ckgjdh vksj nks fcUnq bl çdkj gS fd AXY = 45°

rFkkYXZ = 60° gS] rc BXZ cjkcj gS(A) 120° (B) 75°(C) 150° (D) 105°

Q.58 ;fn a rFkk b cgqin f(t) = 2t2 – 7t + 6 ds 'kwU;dgS] rc 'kwU;dksa (2a + 1) rFkk (2b + 1) okyk f}?kkrcgqin gksxk(A) 2t2 –9t + 10 (B) t2 – 9t + 20(C) t2 – 7t + 10 (D) 2t2 – 7t + 10

Page # 14

Q.59 Thesum ofseven consecutive natural numbersis 1617. How many of these number are notprime ?(A) 4 (B) 2(C) 5 (D) 7

Q.60 If a set of data has zero as an observation, then

which one of the following is NOT an

appropriate measure of central tendency?

(A)Arithmeticmean (B) Geometric mean

(C) Median (D) Mode

Q.61 In a right triangle, perpendicular is 1 and

hypotenuse is 2. Find the value of

2tan1

tan2.

(A) 3 (B)3

1

(C)2

1(D)

2

1

Q.62 Which of the following is a pair of coprimes?(A) (14, 35) (B) (18, 25)(C) (31, 93) (D) (32, 62)

Q.63 A batsman makes a score of 87 runs in the17th inning and thus increases his average by3. Find his average after the 17th inning.(A) 36 (B) 38(C) 39 (D) 42

Q.64 If x = 7 – 5 , y = 5 – 3 and

z = 3 – 7 , then the value of

x3 + y3 + z3 – 2xyz is

(A) – 4 5 – 12 3 + 7

(B) –4 5 + 2 3 + 2 7

(C) 54 + 312 + 72

(D) 54 – 312 + 7

Q.59 lkr Øekxr çkd`r la[;kvksa dk ;ksxQy 1617 gSAbu la[;kvksa esa ls fdruh vHkkT; ugha gS \(A) 4 (B) 2(C) 5 (D) 7

Q.60 ;fn vk¡dM+ksa ds ,d leqPp; dk çs{k.k 'kwU; gS] rc

fuEufyf[kr esa ls dkSulk dsUnzh; ço`fÙk dk mfpr

eki ugha gS \

(A) lekUrj ek/; (B) xq.kksÙkj ek/;

(C) ekf/;dk (D) cgqyd

Q.61 fdlh ledks.k f=Hkqt esa] ;fn yEc ,oa d.kZ Øe'k%

1 ,oa 2 gS] rc

2tan1

tan2dk eku gS

(A) 3 (B)3

1

(C)2

1(D)

2

1

Q.62 fuEufyf[kr esa ls dkSulk lg&vHkkT; la[;kvksa dk,d ;qXe gS \(A) (14, 35) (B) (18, 25)(C) (31, 93) (D) (32, 62)

Q.63 ,d cYysckt viuh 17oha ikjh esa 87 ju cukrk gSvkSj bl çdkj mldk cYysckth vkSlr 3 ls c<+tkrk gSA 17oha ikjh ds ckn mldk vkSlr gksxk(A) 36 (B) 38(C) 39 (D) 42

Q.64 ;fn x = 7 – 5 , y = 5 – 3 rFkk

z = 3 – 7 gS] rc x3 + y3 + z3 – 2xyz dk

eku gS

(A) – 4 5 – 12 3 + 7

(B) –4 5 + 2 3 + 2 7

(C) 54 + 312 + 72

(D) 54 – 312 + 7

Page # 15

Q.65 ABCD is a parallelogram. If P be a point on

CD such thatAP =AD , then the measure of

PAB +BCD is

(A) 180° (B) 225°

(C) 240° (D) 135°

Direction (Q.66 & 67): Study the letter seriescarefully and see, which letters are missing in theseries. Select the correct group of letters fromgiven alternatives which complete the series.

Q.66 a__bbc__aab__cca__bbcc(A) bacb (B) acba(C) abba (D) caba

Q.67 aab_aa_bbb_aaa_bbba(A) abba (B) baab(C) aaab (D) abab

Direction (Q.68) : The sheet of paper shown in thefigure (X) given on the left hand side, in each problem,is folded to form a box. Choose from amongst thealternatives (A), (B), (C) and (D), the boxes that aresimilar to the box will be formed.

Q.68

(X)

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

(A) a and c only (B) a and b only(C) b and d only (D) c and d only

Q.69 Complete the analogy.PS : KH : : MT : ___(A) NH (B) NG(C) LG (D) MG

Q.65 ABCD ,d lekUrj prqHkqZt gSA ;fn CD ij ,d

fcUnq P bl çdkj gS fd AP = AD gS] rc

PAB + BCD dk eki gS

(A) 180° (B) 225°

(C) 240° (D) 135°

funsZ'k (Q.66 & 67): v{kj Js.kh dks /;kuiwoZd if<+,vkSj nsf[k,] Js.kh esa dkSuls v{kj yqIr gSA fn;s x;sfodYiksa esa ls mu v{kjksa ds lgh lewg dk p;u dhft,tks Js.kh dks iw.kZ djrs gSaA

Q.66 a__bbc__aab__cca__bbcc(A) bacb (B) acba(C) abba (D) caba

Q.67 aab_aa_bbb_aaa_bbba(A) abba (B) baab(C) aaab (D) abab

funsZ'k (Q.68) : fp= (X) esa n'kkZ;s x;s isij dh 'khV dkseksM+dj ,d ckWDl cuk;k tkrk gSA fodYiksa (A), (B),

(C) rFkk (D) esa ls mu cDlksa dk p;u dhft,] tks cuk;sx;s cDls ds le:i gSA

Q.68

(X)

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

(A) dsoy a rFkk c (B) dsoy a rFkk b

(C) dsoy b rFkk d (D) dsoy c rFkk d

Q.69 lekurk (analogy) dks iw.kZ dhft, %PS : KH : : MT : ___(A) NH (B) NG(C) LG (D) MG

Page # 16

Directions (Q.70 and Q.71) : Study theinformation given below and answer the questionsthat follow:

‘A + B’ means ‘A is the daughter of B’; ‘A– B’ means ‘A is the husband of B’; ‘A × B’means ‘A is the brother of B’.

Q.70 If P + Q – R, which of the following is true?(A) R is the mother of P(B) R is the sister-in-law of P(C) R is the aunt of P(D) R is the mother-in-law of P

Q.71 If P + Q × R, which of the following is true?(A) P is the niece of R(B) P is the daughter of R(C) P is the cousin of R(D) P is the daughter-in-law of R

Q.72 In a certain coding system, RBM STD BROPUS means 'the cat is beautiful'. TNH PUSDIM STDmeans 'the dog isbrown'. PUS DIMBRO PUS CUS means 'the dog has the cat'.What is the code for 'has' ?(A) CUS (B) BRO(C) DIM (D) STD

Q.73 If in a certain language, ANTICIPATION iswritten as ICITNANIOITAP. How isPRODUCTIVITY written in that language?(A) CUDORPYTIVTI(B) CUDORPYTIVIT(C) CUDOPRYTIVIT(D) CUDORPTYIVIT

Direction (Q.74 to Q.75) : In each of the followingletter series, some letters are missing which aregiven in that order as one of the alternatives belowit. Choose the correct alternative.

Q.74 a__c__abb__a__bc__bc__ab(A) cbcaaa (B) bcccab(C) bccaac (D) acbabc

Q.75 R ___ S ___ T ___ KSK ___ RK ___ KT.(A) RKRTS (B) KKRTS(C) KKTRS (D) KRSTU

funsZ'k (Q.70 rFkk Q.71) : uhps nh xbZ lwpukvksa dksi<+dj fuEufyf[kr ç'uksa ds mRrj nhft, %

‘A + B’ dk vFkZ gS fd ‘A, B dh iq=h gSA’

‘A – B’ dk vFkZ gS fd ‘A, B dk ifr gSA’;

‘A × B’ dk vFkZ gS fd ‘A, B dk HkkbZ gSA’

Q.70 ;fn P + Q – R gS, rc fuEu esa ls dkSulk lghgS \(A) R, P dh ek¡ gS(B) R, P dh lkyh gS(C) R, P dh cqvk (aunt) gS(D) R, P dh lkl gS

Q.71 ;fn P+Q×R gS, rc fuEu esa ls dkSulk lgh gS\(A) P, R dh Hkrhth gS(B) P, R dh iq=h gS(C) P, R dh dftu gS(D) P, R dh iq=o/kq gS

Q.72 fdlh lkadsfrd Hkk"kk esa] RBM STD BRO PUS

dk vFkZ gS fd 'the cat is beautiful' rFkk TNH

PUS DIM STD dk vFkZ gS fd 'the dog is brown'

rFkk PUS DIM BRO PUS CUS dk vFkZ gS fd'the dog has the cat', rc 'has' ds fy, D;k ladsrgS \(A) CUS (B) BRO(C) DIM (D) STD

Q.73 ;fn fdlh Hkk"kk es a, ANTICIPATION dksICITNANIOITAP fy[kk tkrk g S ] rcPRODUCTIVITY dks blh Hkk"kk esa dSls fy[kktk;sxk \(A) CUDORPYTIVTI(B) CUDORPYTIVIT(C) CUDOPRYTIVIT(D) CUDORPTYIVIT

funsZ'k (Q.74 rFkk Q.75) : uhps nh xbZ çR;sd v{kj

Js.kh esa] dqN v{kj yqIr gS tks uhps fn;s x;s fdlh ,d

fodYi esa Øe esa fn;s x;s gSaA lgh fodYi dk p;u

dhft;sAQ.74 a__c__abb__a__bc__bc__ab

(A) cbcaaa (B) bcccab(C) bccaac (D) acbabc

Q.75 R ___ S ___ T ___ KSK ___ RK ___ KT.(A) RKRTS (B) KKRTS(C) KKTRS (D) KRSTU

Page # 17

Direction (Q.76 & 77) : Read the situation givenbelow to answer these questions.a, b, c, d, e, f, g, h and i are nine houses. c is2km east of b. a is 1km north of b and h is2km south of a. g is 1km west of h while d is3kmeastofgandf is2kmnorthofg. i is situatedjust inmiddleofbandcwhilee is just inmiddleof h and d.

Q.76 Distance between e and g is(A) 2 km (B) 1 km(C) 5 km (D) 1.5 km

Q.77 Distance between e and i is(A) 4 km (B) 2 km(C) 1 km (D) 3 km

Q.78 If 5–4–7 is the code language of BAD, what isthe code language of DARK?(A) 7–4–20–14 (B) 7–4–21–3(C) 7–4–21–14 (D) 7–4–20–13

Directions (Q.79) : In the following question,choose correct mirror-image of the Fig. (X) fromamongst the four alternatives (A), (B), (C) and (D)given along with it.Q.79

(X)

(A) (B) (C) (D)

Q.80 There are 23 steps to reach a temple. Ondescending from the temple Ram takes twosteps in the same time. Shyam ascends onestep. If they start to work simultaneously, atwhich step will theymeet each other ?(A) 8th (B) 9th(C) 10th (D) 11th

funsZ'k (Q.76 rFkk Q.77) : uhps nh xbZ fLFkfr;ksa dksi<+dj fuEufyf[kr ç'uksa ds mRrj nhft,Aa, b, c, d, e, f, g, h rFkk i ukS ?kj gSA c, b ds2km iwoZ esa gSA a, b ds 1km mÙkj esa gS rFkk h, a

ds 2km nf{k.k esa gSA g, h ds 1km if'pe esa gS]tcfd d, g ds 3km iwoZ esa gS rFkk f, g ds 2km

mRrj esa gSA i, b rFkk c ds e/; esa fLFkr gS] tcfde, h rFkk d ds e/; esa fLFkr gSA

Q.76 e rFkk g ds e/; nwjh gS(A) 2 km (B) 1 km(C) 5 km (D) 1.5 km

Q.77 e rFkk i ds e/; nwjh gS(A) 4 km (B) 2 km(C) 1 km (D) 3 km

Q.78 ;fn 5–4–7, BAD dh lkadsfrd Hkk"kk gS] rcDARK dh lkadsfrd Hkk"kk D;k gksxh \(A) 7–4–20–14 (B) 7–4–21–3(C) 7–4–21–14 (D) 7–4–20–13

funsZ'k (Q.79) : fuEu ç'u esa] fp= (X) ds lghniZ.k&çfrfcEc dks blds lkFk layXu pkj fodYiksa(A), (B), (C) rFkk (D) esa ls pqfu;sA

Q.79

(X)

(A) (B) (C) (D)

Q.80 ,d efUnj esa igq¡pus dh 23 LVsi (steps) gSA efUnjls mrjus ds fy, jke tc nks LVsi ysrk gS] mlh le;';ke ,d LVsi p<+rk gSA ;fn os ,d lkFk dk;Zdjuk çkjEHk djrs gSa] rc dkSulh LVsi ij os ,d&nwljsdks feyasxs \(A) 8th (B) 9th(C) 10th (D) 11th

Page # 18

Direction (Q.81 & Q.82) : Identify the correct pair.Q.81 12, 20, 56, 90, 132

(A) (20, 30) (B) (56, 42)(C) (90, 72) (D) (132, 110)

Q.82 1, 2, 3, 5, 8, 13, 20, 34(A) (1, 2) (B) (13, 12)(C) (20, 21) (D) None of these

Q.83 Arrange the following in a meaningfulorder :1. Elephant 2. Cat 3. Mosquito4. Tiger 5. Whale(A) 5 3 1 2 4 (B) 1 3 5 4 2(C) 3 2 4 1 5 (D) 2 5 1 4 3

Q.84 How many dots lie opposite the face havingthree dots, when the given figure is folded toform a cube?

(A) 2 (B) 4(C) 5 (D) 6

Q.85 Four positions of a dice are shown below.What number must be at the bottom facewhen the dice is in the position as shown infig. (iii)?

(i)5

4 6 (ii)4

1 5

(iii)3

6 5 (iv)2

1 4

(A) 1 (B) 2(C) 4 (D) 6

funsZ'k (Q.81rFkkQ.82) :lgh ;qXe dk fu/kkZj.k dhft,AQ.81 12, 20, 56, 90, 132

(A) (20, 30) (B) (56, 42)(C) (90, 72) (D) (132, 110)

Q.82 1, 2, 3, 5, 8, 13, 20, 34(A) (1, 2) (B) (13, 12)

(C) (20, 21) (D) buesa ls dksbZ ugha

Q.83 fuEufyf[kr dks vFkZiw.kZ Øe esa O;ofLFkr dhft, %1. gkFkh 2. fcYyh 3. ePNj4. ck?k 5. Ogsy (whale)(A) 5 3 1 2 4 (B) 1 3 5 4 2(C) 3 2 4 1 5 (D) 2 5 1 4 3

Q.84 fp= esa nh xbZ vkd`fr dks eksM+dj ,d ?kucuk;k tkrk gSA rhu fcUnq okys Qyd ds foijhrfdrus fcUnq fLFkr gksaxs \

(A) 2 (B) 4(C) 5 (D) 6

Q.85 ,d ik¡ls dh pkj fLFkfr;k¡ uhps n'kkZ;h xbZ gSAtc ik¡lk fp= (iii) esa n'kkZ;h x;h fLFkfr esa gS]rc iSans okys Qyd ij dkSulh la[;k vk;sxh \

(i)5

4 6 (ii)4

1 5

(iii)3

6 5 (iv)2

1 4

(A) 1 (B) 2(C) 4 (D) 6

Q.1 C

Q.2 D

Q.3 D

Q.4 D

Q.5 B

Q.6 B

Q.7 C

Q.8 B

Q.9 B

Q.10 C

Q.11 B

Q.12 D

Q.13 C

Q.14 C

Q.15 A

Q.16 B

Q.17 D

Q.18 B

Q.19 D

Q.20 A

Q.21 B

Q.22 B

Q.23 C

Q.24 B

Q.25 B

Q.26 C

Q.27 C

Q.28 B

Q.29 C

Q.30 B

ANSWER KEYClass : X SAMPLE PAPER

Q.31 C

Q.32 D

Q.33 C

Q.34 C

Q.35 A

Q.36 B

Q.37 B

Q.38 D

Q.39 B

Q.40 B

Q.41 A

Q.42 A

Q.43 B

Q.44 C

Q.45 C

Q.46 A

Q.47 C

Q.48 B

Q.49 A

Q.50 B

Q.51 B

Q.52 D

Q.53 A

Q.54 A

Q.55 D

Q.56 A

Q.57 B

Q.58 B

Q.59 C

Q.60 D

Q.61 A

Q.62 B

Q.63 C

Q.64 B

Q.65 A

Q.66 B

Q.67 B

Q.68 A

Q.69 B

Q.70 A

Q.71 A

Q.72 A

Q.73 B

Q.74 C

Q.75 B

Q.76 A

Q.77 C

Q.78 C

Q.79 D

Q.80 A

Q.81 C

Q.82 C

Q.83 C

Q.84 D

Q.85 C