CP Tower, Road No.1, IPIA, Kota (Raj.), Ph: 0744-3040000 Page · 2014-10-14 · CAREER POINT, CP...

CAREER POINT, CP Tower, Road No.1, IPIA, Kota (Raj.), Ph: 0744-3040000 Page # 1

Space for rough work

PHYSICS Single correct type (Q.1 to 10) Q.1 Resultant resistance between the points A and

B in following diagram figure will be - A

B

1Ω 1Ω 1Ω 1Ω

2Ω 2Ω 2Ω 1Ω

C E G

D F H (1) 4Ω (2) 8Ω (3) 6Ω (4) 2Ω Q.2 Equivalent resistance between points A and B

in adjoining figure is 1Ω. What is value of middle resistance -

1Ω 2Ω

2Ω1Ω

C

BA

D (1) 9Ω (2) 1Ω (3) 6Ω (4) 3Ω

Q.3 Three electric bulbs 40W, 60W and 100W are defined to work on 220V mains. Which bulb will glow most brightly if they are connected in series across 200 V mains -

(1) 110 W (2) 60 W (3) 40 W (4) all bulb Q.4 A wire of resistance is 0.5 Ω m–1 is bent into a

circle of radius 1m. Same wire is connected across a diameter AB as shown in figure equivalent resistance is -

A B

i

(1) πΩ (2) 8

2

+ππ Ω

(3) 4+π

π Ω (4) (π + 1)Ω

PHYSICS Single correct type (Q.1 to 10) Q.1 uhps fn;s x;s fp=k esa fcUnqvksa A o B ds e/;

ifj.kkeh izfrjks/k D;k gksxk - A

B

1Ω 1Ω 1Ω 1Ω

2Ω 2Ω 2Ω 1Ω

C E G

D F H (1) 4Ω (2) 8Ω (3) 6Ω (4) 2Ω Q.2 uhps n'kkZ;s fp=k esa fcUnqvksa A RkFkk B ds rqY; izfrjks/k

1Ω gSA e/; izfrjks/k dk eku D;k gS -

1Ω 2Ω

2Ω1Ω

C

BA

D

(1) 9Ω (2) 1Ω (3) 6Ω (4) 3Ω

Q.3 40W, 60W rFkk 100W ds rhu fo|qr cYc, 220V esUl ds fljksa ij Js.kh Øe esa lka;ksftr fd;s x;s gS] rks dkSulk cYc lokZf/kd ped ds lkFk pedsxk

(1) 110 W (2) 60 W (3) 40 W (4) lHkh

Q.4 ,d rkj dk izfrjks/k 0.5 Ω m–1 gS bls 1m f=kT;k ds

oÙk ds :i esa eksM+k x;k gSA leku rkj dks ,d O;kl AB ds fljksa ij uhps n'kkZ;s fp=kkuqlkj tksM+k x;k gS] rqY; izfrjks/k gS -

A B

i

(1) πΩ (2) 8

2

+ππ Ω

(3) 4+π

π Ω (4) (π + 1)Ω

SECTION-A [SAT]



Q.5 If a particle moves in a circular path in

clockwise direction after entering in to a

downward vertical magnetic field. The charge

on the particle is -

× × ×

× × ×

× × ×

(1) +ve

(2) –ve

(3) nothing can be said

(4) neutral

Q.6 A conducting ring is placed around the core of

an electromagnet as shown in figure when key is

pressed. The ring -

ring

(1) remain stationary

(2) is attracted towards the electromagnet

(3) jumps out of core

(4) none of these

Q.7 A concave mirror gives an image three times as

large as object placed at a distance of 20 cm

from it. For image to be real, the focal length

should be -

(1) 10 cm (2) 15 cm

(3) 20 cm (4) 30 cm

Q.5 ;fn ,d d.k ,d Å/okZ/kj uhps dh vksj funZsf'kr

pqEcdh; ks=k esa izos'k djus ds i'pkr~ ,d oÙkh;

iFk ij nfk.kkorZ fn'kk esa xfr djrk gSA d.k ij

vkos'k gS - × × ×

× × ×

× × ×

(1) +ve (2) –ve

(3) dqN dg ugha ldrs gS

(4) mnklhu

Q.6 ,d pkyd oy; dks ,d fo|qr pqEcdh; ØksM ds

pkjksa vksj fLFkr fd;k x;k gS n'kkZ;s fp=kkuqlkj tc

daqth dks nck;k tkrk gS] rc oy; - oy;

(1) fLFkj jgrh gS

(2) fo|qr pqEcd dh vksj vkdf"kZr gksrh gS

(3) ØksM ls ckgj dwnrh gS

(4) buesa ls dksbZ ugha

Q.7 ,d vory niZ.k] oLrq (object) ds vkdkj ls rhu

xquk vkdkj dk izfrfcEc nsrk gS tc oLrq niZ.k ls

20 cm dh nwjh ij fLFkr gSA izfrfcEc ds okLrfod

gksus ds fy, Qksdl yEckbZ dks gksuk pkfg, - (1) 10 cm (2) 15 cm (3) 20 cm (4) 30 cm



Q.8 An object of height 4 cm is placed at a distance of 15 cm infront of concave lens of power, –10D. Find size of image -

(1) 1.6 cm (2) 1.2 cm (3) 1.4 cm (4) 0.8 cm

Q.9 A convergent lens of glass is immersed in

water. Its focal length in water is - (1) equal to its focal length in air (2) less than its focal length in air (3) greater than its focal length in air (4) such that it behave as divergent lens of

same focal length

Q.10 The refractive index of water is 3

4 and that of

glass is2

3. If speed of light in glass is

2 × 108 m/s. Speed of light in water will be - (1) 1 × 108 m/s (2) 9 × 108 m/s (3) 9/4 × 108 m/s (4) 8/3 × 108 m/s

Multiple correct type (Q.11to 15) Q.11 Rainbow is due to - (1) Scattering of light (2) Refraction of light (3) Dispersion (4) Total internal reflection Q.12 Identify the correct statements - (1) Setting Sun appears higher in Sky than due

to atmospheric refraction (2) In glass red light travel faster than violet

light (3) Refractive index of diamond is greater

than glass (4) Refractive index of material is greater for

red light than that of violet light

Q.8 ,d 4 cm Å¡pkbZ dh oLrq (object) ,d vory niZ.k ds lkeus 15 cm dh nwjh ij fLFkr fd;k x;k gS] vory niZ.k dh 'kfDr –10D gSA izfrfcEc dk vkdkj gS -

(1) 1.6 cm (2) 1.2 cm (3) 1.4 cm (4) 0.8 cm

Q.9 dk¡p ds vfHklfjr ysUl dks ty esa Mqcks;k x;k gSA

ty esa bldh Qksdl yEckbZ gS -

(1) ok;q esa bldh Qksdl yEckbZ ds cjkcj

(2) ok;q esa bldh Qksdl yEckbZ ls de

(3) ok;q esa bldh Qksdl yEckbZ ls T;knk

(4) bl izdkj fd ;g leku yEckbZ ds vilfjr

ysUl dh rjg O;ogkj djrk gS

Q.10 ty dk viorZukad 3

4 gS dk¡p dk viorZukad

2

3

gSA ;fn dk¡p esa izdk'k dh pky 2 × 108 m/s gS]

ty esa izdk'k dh pky gksxh -

(1) 1 × 108 m/s (2) 9 × 108 m/s (3) 9/4 × 108 m/s (4) 8/3 × 108 m/s Multiple correct type (Q.11to 15)

Q.11 bUnz/kuq"k] fdlds dkj.k gksrk gS -

(1) izdk'k dk izdh.kZu

(2) izdk'k dk viroZu

(3) foksi.k

(4) iw.kZ vkarfjd ijkorZu Q.12 fuEu esa ls lgh dFku pqfu, - (1) lw;kZLr gksrk gqvk lw;Z ok;qe.Myh; viorZu ds

dkj.k vkdk'k esa rqyukRed :i ls vf/kd Å¡pk izrhr gksrk gS

(2) dk¡p esa yky izdk'k] cSaxuh izdk'k dh rqyuk esa vf/kd rsth ls ;k=kk djrk gS

(3) Mk;eaM dk viorZukad] dk¡p ds viorZukad vf/kd gksrk gS

(4) yky izdk'k ds fy, inkFkZ dk viorZukad cSaxuh jax gksus dh viskk vf/kd gksrk gS



Q.13 During refraction of light, which of following

quantities change ?

(1) Frequency (2) Phase

(3) Speed (4) Wavelength

Q.14 Which of the following statements are wrong

with respect to specific resistance of wire ?

(1) it varies with its length

(2) at varies with cross section

(3) it varies with mass

(4) it varies with nature of material

Q.15 A proton moving with constant velocity passes

through a region of space without any change in

velocity. If E and B represent electric and

magnetic field respectively -

(1) E = 0 and B = 0 (2) E = 0 and B ≠ 0

(3) E ≠ 0 and B = 0 (4) E ≠ 0 and B ≠ 0

CHEMISTRY

Single correct type (Q.16 to 25)

Q.16 IUPAC name of

OHC–CH=CH–CH–CH=CH2

CH2CH2CH2CH3

is -

(1) 4-butyl-2, 5-hexadien-1-al

(2) 5-vinyloct-3-en-1-al

(3) 5-vinyloct-5-en-8-al

(4) 3-butyl-1, 4-hexadien-6-al

Q.17 Alpha-particles are represented by -

(1) Lithium atoms

(2) Helium nuclei

(3) Hydrogen nuclei

(4) None of these

Q.13 izdk'k ds viorZu ds nkSjku] fuEu esa ls dkSulh

jkf'k;k¡ ifjofrZr gksrh gS ?

(1) vkofÙk (2) dyk

(3) pky (4) rjaxnS/;Z

Q.14 rkj ds fof'k"V izfrjks/k ds lanHkZ esa fuEu esa ls dkSuls

dFku vlR; gS ?

(1) ;g bldh yEckbZ ds lkFk ifjofrZr gksrk gS

(2) ;g vuqizLFk dkV ds lkFk ifjofrZr gksrk gS

(3) ;g nzO;eku ds lkFk ifjofrZr gksrk gS

(4) ;g inkFkZ dh izd`fr ds lkFk ijfofrZr gksrk gS

Q.15 ,d izksVksu fu;r osx ds lkFk] lef"V (space) ds ,d

ks=k ls bldk osx vifjofrZr jgrs gq, xqtjrk gSA E rFkk

B Øe'k% fo|qr rFkk pqEcdh; ks=k dks n'kkZrs gS] rks -

(1) E = 0 rFkk B = 0 (2) E = 0 rFkk B ≠ 0

(3) E ≠ 0 rFkk B = 0 (4) E ≠ 0 rFkk B ≠ 0

CHEMISTRY Single correct type (Q.16 to 25) Q.16 OHC–CH=CH–CH–CH=CH2

CH2CH2CH2CH3 dk IUPAC uke gS -

(1) 4-C;qfVy-2, 5-gsDlkMkbZbZu-1-,sy

(2) 5-foukby vkWDV-3-bZu-1-,sy

(3) 5- foukby vkWDV -5-bZu -8-,sy

(4) 3-C;qfVy-1, 4-gsDlkMkbZbZu-6-,sy

Q.17 ,YQk&d.k dks fuEu ds kjk iznf'kZr fd;k tkrk gS -

(1) fyfFk;e ijek.kqvksa

(2) ghfy;e ukfHkd

(3) gkbMªkstu ukfHkd

(4) buesa ls dksbZ ugha



Q.18 Which of the following chemical reactions

depicts the oxidizing behaviour of H2SO4 ?

(1) Ca(OH)2 + H2SO4 → CaSO4 + 2H2O

(2) NaCl + H2SO4 → NaHSO4 + HCl

(3) 2PCl5 +H2SO4 → 2POCl3 +2HCl

+SO2Cl2

(4) 2HI + H2SO4 → I2 + SO2 + 2H2O

Q.19 The discovery of which of the following group

of elements gave a death blow to the Newlands

Law of octaves -

(1) Inert gases

(2) Alkali metals

(3) Transuranic elements

(4) Halogens

Q.20 Match List-I with List-II and select the correct

answer using the codes given below the lists -

List-I List-II

I. Cyanide process a. Ultrapure Ge

II. Floatation process b. Pine oil

III. Electrolytic c. Extraction of Al

reduction

IV. Zone refining d. Extraction of Au

I II III IV

(1) c a d b

(2) d b c a

(3) c b d a

(4) d a c b

Q.21 The metal that would not liberate hydrogen gas

on reaction with dilute hydrochloric acid is -

(1) Zinc (2) Copper

(3) Aluminium (4) Magnesium

Q.18 fuEu esa ls dkSulh jklk;fud vfHkfØ;k;sa] H2SO4 ds

vkWDlhdkjh O;ogkj dks n'kkZrh gS ?

(1) Ca(OH)2 + H2SO4 → CaSO4 + 2H2O

(2) NaCl + H2SO4 → NaHSO4 + HCl

(3) 2PCl5 +H2SO4 → 2POCl3 +2HCl +SO2Cl2

(4) 2HI + H2SO4 → I2 + SO2 + 2H2O

Q.19 fuEu esa ls dkSuls rRoksa ds lewg dh [kkst U;wyS.M

ds v"Vd fu;e dks mYyaf?kr djrh gS -

(1) vfØ; xSlksa

(2) kkjh; /kkrqvksa

(3) ijk;wjsfud rRoksa

(4) gSykstuksa

Q.20 lwph-I dks lwph-II ds lkFk feyk;s rFkk uhps fn[kk;s

x;s dwVksa dk mi;ksx djrs gq, lgh mÙkj dk p;u

dhft, -

lwph-I lwph-II

I. lk;ukbM izØe a. vfr'kq) Ge

II. >kx Iyou izØe b. phM+ dk rsy

III. oS|qr vi?kVuh; c. Al dk fu"d"kZ.k

vip;u

IV. ks=k ifj"dj.k d. Au dk fu"d"kZ.k I II III IV (1) c a d b (2) d b c a (3) c b d a (4) d a c b

Q.21 dkSulh /kkrq] ruq gkbMªkWDyksfjd vEy ds lkFk fØ;k

ij gkbMªkstu xSl eqDr ugha djsxh -

(1) ftad (2) dkWij

(3) ,Y;qfefu;e (4) eSXusf'k;e



Q.22 In the reaction,

AlCl 3 + Cl– → [AlCl 4]

–

AlCl3 acts as -

(1) Salt (2) Lewis base

(3) Lewis acid (4) Bronsted acid

Q.23 Geometrical representation of an atom is given

below. Predict the valency of the element -

(1) 0 (2) 1

(3) 4 (4) 7

Q.24 Four experimental setups are shown below :

I.

dilute HCl

zinc

II.

dilute NaOH

zinc

Q.22 fuEu vfHkfØ;k esa,

AlCl 3 + Cl– → [AlCl 4]

–

AlCl3 fdlds leku dk;Z djrk gS -

(1) yo.k (2) yqbZl kkj

(3) yqbZl vEy (4) czkULVsM vEy

Q.23 ,d ijek.kq ds T;kferh; izn'kZu dks uhps fn;k x;k

gSA rRo dh la;kstdrk crkb;s -

(1) 0 (2) 1 (3) 4 (4) 7

Q.24 uhps pkj izk;ksfxdh O;oLFkk n'kkZ;h xbZ gS :

I.

ruq HCl

ftad

II.

ruq NaOH

ftad



III.

dilute HCl

Na2CO3

IV.

dilute NaOH

Na2CO3

The setups that would results in a rapid

evolution of gas would be -

(1) I and III

(2) II and IV

(3) I and II

(4) III and IV

Q.25 In which test tube effervescence of CO2 will

occur ?

I.

NaCl solution

Acetic acid

II.

Acetic acid

Carbonic acid

III.

Na2SO4

Acetic acid

IV.

NaHCO3

Acetic acid

(1) I (2) II (3) III (4) IV

III.

ruq HCl Na2CO3

IV.

ruq NaOH Na2CO3

dkSulh O;oLFkkvksa ds ifj.kkeLo:i xSl dk rsth

ls fu"dklu gksxk -

(1) I rFkk III

(2) II rFkk IV

(3) I rFkk II

(4) III rFkk IV

Q.25 dkSulh ij[kuyh esa CO2 dh izfrfnIrh izkIr gksxh ?

I.

NaCl

foy;u

,lhfVd vEy II.

,lhfVd vEy

dkckZsfud vEy

III.

Na2SO4

,lhfVd vEy

IV.

NaHCO3

,lhfVd vEy

(1) I (2) II (3) III (4) IV



Multiple correct type (Q.26 to 30)

Q.26 Alkali metals are characterized by -

(1) Good conductor of heat and electricity

(2) High oxidation potentials

(3) High melting points

(4) Solubility in liquid ammonia

Q.27 Which of the following are alkanes -

(1) C3H8 (2) C5H12 (3) C2H4 (4) C2H2

Q.28 Out of the following the salt/s that has/have pH

value higher than 7.8 is/are -

(1) Sodium hydrogen carbonate

(2) Sodium sulphate

(3) Sodium chloride

(4) Sodium carbonate

Q.29 Which of the following is a decomposition

reaction ?

(1) CaCO3 → CaO + CO2

(2) 2Pb(NO3)2 → 2PbO + 4NO2 + O2

(3) 2CO + O2 → 2CO2

(4) 2SO2 + O2 → 2SO3

Q.30 Multiple covalent bonds exist in a molecule -

(1) H2 (2) F2 (3) C2H4 (4) N2

BIOLOGY


Q.31 The wave like contraction of the smooth

muscles of digestive tract is called -

(1) Deglutition (2) Mastication

(3) Peristalsis (4) Fibrillation


Q.26 kkjh; /kkrqvksa ds xq.k gS -

(1) Å"ek rFkk fo|qr dh vPNh pkyd

(2) mPp vkWDlhdj.k foHko

(3) mPp xyukad

(4) nzo veksfu;k esa foys;rk

Q.27 fuEu esa ls dkSuls ,Ydsu gS - (1) C3H8 (2) C5H12 (3) C2H4 (4) C2H2

Q.28 fuEu esa ls dkSuls yo.kksa ds pH eku 7.8 ls vf/kd

gksrs gS -

(1) lksfM;e gkbMªkstu dkckZsusV

(2) lksfM;e lYQsV

(3) lksfM;e DyksjkbM

(4) lksfM;e dkcksZusV

Q.29 fuEu esa ls dkSulh fo?kVu vfHkfØ;k gS ?

(1) CaCO3 → CaO + CO2

(2) 2Pb(NO3)2 → 2PbO + 4NO2 + O2

(3) 2CO + O2 → 2CO2

(4) 2SO2 + O2 → 2SO3

Q.30 dkSuls v.kqvksa esa cgqla;ksth ca/k ik;s tkrs gS - (1) H2 (2) F2 (3) C2H4 (4) N2 BIOLOGY Single correct type (Q.31 to 40)

Q.31 rjax tSls fd ikpu ekxZ esa fpduh isf'k;ksa esa

ladqpu dgykrh gS -

(1) fMXyqfV'ku (2) poZ.k

(3) isfjLVsysfll (4) Qkbfczys'ku



Q.32 Vermiform appendix is a part of -

(1) Intestine (2) Rectum

(3) Liver (4) Stomach

Q.33 The structure which does not contribute to the

breathing movement in mammals is -

(1) Larynx (2) Ribs

(3) Diaphragm (4) Intercostal muscle

Q.34 Rate of breathing is directly affected by -

(1) Concentration of CO2

(2) O2 in trachea

(3) Concentration of O2

(4) Diaphragm expansion

Q.35 Pulmonary artery carries blood -

(1) Away from the heart

(2) Towards the heart

(3) None of these

(4) Both of these

Q.36 The enzyme responsible for fat digestion is -

(1) Trypsin (2) Lipase

(3) Amylase (4) Pepsin

Q.37 In case of a tendril, hormone which stimulates

growth, is -

(1) Auxin (2) Cytokinins

(3) Abscisic acid (4) Gibberellin

Q.38 All are the respiratory diseases, except -

(1) Asthma (2) Bronchitis

(3) Encephalitis (4) Pheumonia

Q.32 ofeZQkseZ visfUMDl Hkkx gS -

(1) vkar dk (2) jsDVe dk

(3) ;d`r dk (4) vkek'k; dk

Q.33 og ljapuk tks fd Lrfu;ksa esa 'oluh; xfrfo/kh esa

;ksxnku ugha nsrh gS] og gS -

(1) daB (2) ilfy;ka

(3) ruqiê (4) vUrjki'kqZd isf'k;ka

Q.34 'olu dh nj izR;k :i ls izHkkfor gksrh gS -

(1) CO2 dh lkUnzrk

(2) O2 'okluyh

(3) O2 dh lkUnzrk (4) ruqiê foLrkj.k

Q.35 Qq¶Qqfl; /keuh jDr igq¡pkrh gS -

(1) ân; ls nqj

(2) ân; dh vksj

(3) dksbZ ugha

(4) nksuksa

Q.36 olk ikpu ds fy, mÙkjnk;h ,Utkbe gS -

(1) VªhfIlu (2) ykbist

(3) ,ek;yst (4) isfIlu

Q.37 izrku ds fy,] gkeksZu tks fd of) mRizsfjr djrk gS-

(1) vkWDlhu (2) lk;Vksdkbfuu

(3) ,cflfld vEy (4) ftCcjsfyu

Q.38 fdlds vfrfjDr lHkh 'olfu; jksx gS -

(1) vLFkek (2) czksdkbfVl

(3) buflQsykbfVd (4) fueksfu;k



Q.39 Mitral valve in mammals guards the opening

between -

(1) Right atrium and right ventricle

(2) Left atrium and left ventricle

(3) Right atrium and left ventricle

(4) Left atrium and right ventricle

Q.40 A nephron does not have loop of Henle in -

(1) Rabbit (2) Man

(3) Frog (4) Dog


Q.41 Reproductive gland which occur in male

reproductive system, is -

(1) Cowper's gland (2) Prostate

(3) Inguinal canal (4) Bartholin's gland

Q.42 Hypothalamus is centre for -

(1) Hunger (2) Excretion

(3) Respiration (4) Fatigue

Q.43 Which of the following is an example of

homologous organ - (1) For limb of Human and wing of bird

(2) For limb of Frog and Lizard

(3) Wings of Eagle and insect

(4) All

Q.44 Which of the following present in pancreatic

juice - (1) Lipase (2) Amylase

(3) Trypsin (4) Bile salt

Q.45 Binary fission occur in - (1) Amoeba (2) Paramecium

(3) Plasmodium (4) All

Q.39 Lruh;ksa esa feVªy dikV fdlds kj ij ik;k tkrk

gS -

(1) nk;k vkfyan ,oa nk;k fuy;

(2) ck;k vkfyan ,oa ck;k fuy;

(3) nk;k vkfyan ,oa ck;k fuy;

(4) ck;k vkfyan ,oa nk;k fuy;

Q.40 fdlds oDdd esa gsuys ywi ugha ik;k tkrk gS -

(1) [kjgk (2) euq";

(3) es<+d (4) dqÙkk Multiple correct type (Q.41 to 45) Q.41 uj tuu ra=k esa ik, tkus okyh tuu xazfFk;ka gS -

(1) dkWij xzafFk (2) izksLVsV

(3) bX;qbuy uky (4) ckFkkZsfy;u xzafFk

Q.42 gk;iksFksysel fdldk dsUnz gS -

(1) Hkw[k dk (2) mRltZu dk

(3) 'olu dk (4) Fkdku dk

Q.43 fuEu esa ls dkSulk letkr vax dk mnkgj.k gS -

(1) euq"; ds vxzikn ,oa ifk;ksa ds ia[k

(2) esa<+d ,oa fNidyh ds vxzikn

(3) ckt ,oa dhV ds ia[k

(4) lHkh

Q.44 fuEu esa ls dkSulk vXuk'k;h jl esa mifLFkr gksrk

gS-

(1) ykbist (2) ,ek;yst

(3) fVªIlhu (4) fiÙk yo.k

Q.45 ffo[k.Mu ik;k tkrk gS -

(1) vehck (2) iSjkfef'k;e

(3) IykTeksfM;e (4) lHkh



MATHEMATICS


Q.46 The angle of elevation of the top of a tower at

point on the ground is 30°. If on walking

20 metres toward the tower, the angle of

elevation become 60°, then the height of the

tower is -

(1) 10 metre (2) 3

10 metre

(3) 310 metre (4) None of these

Q.47 The vertices of a triangle are A (3, –2), B (–2, 1)

and C (5, 2). Then the length of the median

through B is

(1) 67 units (2) 37 units

(3) 35 units (4) 6 units

Q.48 The value of p for which the points (–1, 3),

(2, p) and (5, –1) are collinear is -

(1) –1 (2) 2

(3) 3

1 (4) 1

Q.49 Which of the following is not an identity ?

(1) (1 – sin2A) . sec2A = 1

(2) (sec2θ – 1) (1 – cosec2θ) = 1

(3) θ

=θ

θ++θ+

θsin

2

sin

cos1

cos1

sin

(4) sin4θ – cos4θ = sin2θ – cos2θ

Q.50 If cos A = 0.6, then 5 sin A – 3 tan A is equal to

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

MATHEMATICS Single correct type (Q.46 to 60)

Q.46 lery ij ,d fcUnq ls ehukj ds f'k[kj dk mUu;u

dks.k 30° gSA ;fn 20 ehVj ehukj dh vksj pyus ij

mUu;u dks.k 60° gks tkrk gS] rks ehukj dh Å¡pkbZ

gS -

(1) 10 ehVj (2) 3

10 ehVj

(3) 310 ehVj (4) buesa ls dksbZ ugha

Q.47 f=kHkqt ds 'kh"kZ A (3, –2), B (–2, 1) rFkk C (5, 2) gSA

rc B ls xqtjus okyh ekf/;dk dh yEckbZ gS -

(1) 67 bdkbZ (2) 37 bdkbZ

(3) 35 bdkbZ (4) 6 bdkbZ

Q.48 p dk eku ftlds fy, fcUnq (–1, 3), (2, p) rFkk

(5, –1) lajs[kh; gS - (1) –1 (2) 2

(3) 3

1 (4) 1

Q.49 fuEu fyf[kr esa ls dkSulh ,d loZlfedk ugha gS ? (1) (1 – sin2A) . sec2A = 1

(2) (sec2θ – 1) (1 – cosec2θ) = 1

(3) θ

=θ

θ++θ+

θsin

2

sin

cos1

cos1

sin

(4) sin4θ – cos4θ = sin2θ – cos2θ

Q.50 ;fn cos A = 0.6 gS] rc 5 sin A – 3 tan A cjkcj

gksxk - (1) 0 (2) 1 (3) 2 (4) 8



Q.51 An aircraft has three engines A, B and C. The

aircraft crashes if all the three engines fails. The

probabilities of failure are 0.03, 0.02 and 0.05

for engines A, B and C respectively. What is the

probability that the aircraft will not crash?

(1) 0.00003 (2) 0.90 (3) 0.99997 (4) 0.90307 Q.52 If the radius of a right circular cylinder open at

both the ends is decreased by 25% and the height of the cylinder is increased by 25%, then the surface area of the cylinder thus formed

(1) Remains unaltered (2) Increases by 25% (3) Decreases by 25% (4) Decreases by 6.25% Q.53 In the given figure, the side of the square is

10 cm. EF = 2.5 cm and C and D are half way between the top and bottom sides of the figure. The area of the shaded portion of the figure is

10 cm C D

A B

E F 2.5 cm

(1) 43.75 cm2 (2) 56.25 cm2 (3) 55.25 cm2 (4) 50.25 cm2

Q.54 A man in 1900s realised that in 1980 his age

was the square root of the year of his birth.

What is his birth year ?

(1) 1929 (2) 1949

(3) 1936 (4) 1946

Q.51 ,d ok;q;ku esa rhu batu A, B o C gSA ok;q;ku

nq?kZVukxzLr gksrk gS ;fn lHkh rhuksa batu Qsy gks

tk;sA batuksa A, B rFkk C ds Qsy gksus dh

izkf;drk;sa Øe'k% 0.03, 0.02 rFkk 0.05 gSA ok;q;ku

ds nq?kZVukxzLr ugha gksus dh izkf;drk D;k gS ? (1) 0.00003 (2) 0.90 (3) 0.99997 (4) 0.90307

Q.52 ;fn nksuksa fljksa ls [kqys gq;s yEcoÙkh; csyu dh f=kT;k esa 25% dh deh dh tk;s rFkk csyu dh Å¡pkbZ esa 25% dh of) dh tk;sa] rc bl izdkj cus csyu dk if"B; ks=kQy gS -

(1) ifjofrZr ugha gksrk gS (2) 25% dh of) gksrh gS

(3) 25% dh deh gksrh gS

(4) 6.25% dh deh gksrh gS

Q.53 fn;s x;s fp=k esa] oxZ dh Hkqtk 10 cm gSA

EF = 2.5 cm gS rFkk C o D, fp=k ds Åij rFkk

uhps dh Hkqtk ds e/; vk/kk iFk gSA fp=k esa

Nk;kafdr Hkkx dk ks=kQy gS -

10 cm C D

A B

E F 2.5 cm

(1) 43.75 cm2 (2) 56.25 cm2 (3) 55.25 cm2 (4) 50.25 cm2

Q.54 1900osa dky esa iSnk gqvk ,d O;fDr 1980 esa lksprk

gS fd mldh vk;q] mlds tUe o"kZ dk oxZewy gSA

mldk tUe o"kZ D;k gS ? (1) 1929 (2) 1949 (3) 1936 (4) 1946



Q.55 From a bag containing 60 standard and 40

substandard articles, two articles are chosen at

random. What is the probability that one of

them is standard and the other substandard ?

(1) 100

40

100

60 × (2) 100

39

100

60 ×

(3) 33

16 (4) 24%

Q.56 In a certain group of 36 people, only 18 are

wearing hats and only 24 are wearing sweaters.

If six people are wearing neither a hat nor a

sweater, then how many people are wearing

both a hat and a sweater?

(1) 12 (2) 11 (3) 10 (4) 9

Q.57 Five times A's money added to B's money is

more than −j 51.00. Three times A's money

minus B's money is −j 21.00. If a represents

A's money in −j and b represents B's money in −j , then :

(1) a > 9, b > 6

(2) a > 9, b < 6

(3) a > 9, b = 6

(4) a > 9, but we can put no bounds on b

Q.58 A rhombus OABC is drawn inside a circle

whose centre is at O in such a way that the

vertices A, B and C of the rhombus are on the

circle. If the area of the rhombus is 2m332 ,

then the radius of the circle is

(1) 64 m (2) 8 m

(3) 32 m (4) 46 m

Q.55 60 ekud rFkk 40 miekud oLrq,sa j[kus okys ,d

FkSys ls nks oLrq,a ;kn`PN;k pquh tkrh gSA muesa ls

,d ekud rFkk vU; miekud oLrq gksus dh

izkf;drk D;k gksxh ?

(1) 100

40

100

60 × (2) 100

39

100

60 ×

(3) 33

16 (4) 24%

Q.56 36 O;fDr;ksa ds ,d leqg esa] dsoy 18 Vksih igurs

gS rFkk dsoy 24 LosVj igurs gSA ;fn N% O;fDr u

rks Vksih igurs gS u gh LosVj igurk gS] rc fdrus

O;fDr Vksih rFkk LosVj nksuksa igurs gS ?

(1) 12 (2) 11 (3) 10 (4) 9

Q.57 A dh iw¡th ds ik¡p xqus dk] B dh iw¡th ls ;ksx

−j 51.00 ls vf/kd gSA A dh iw¡th ds rhu xqus ls

B dh iw¡th dk vUrj −j 21.00 gSA ;fn A dh iwath

a ls iznf'kZr dh tkrh gS] −j esa rFkk B dh iw¡th b

ls iznf'kZr dh tkrh gS −j esa] rc - (1) a > 9, b > 6 (2) a > 9, b < 6 (3) a > 9, b = 6

(4) a > 9 fdUrq b dks ge ifjc) ugha dj ldrs

Q.58 ,d leprqHkZqt OABC ,d oÙk ds vUrxZr cuk;k

x;k gS ftldk dsUnz O ij gS] blh izdkj

leprqHkqZt ds 'kh"kZ A, B rFkk C oÙk ij fLFkr gSA

;fn leprqHkqZt dk ks=kQy 2m332 gS] rc -

(1) 64 m (2) 8 m (3) 32 m (4) 46 m



Q.59 From the bottom of a pole of height h, the

angle of elevation of the top of a tower is α.

The pole subtends an angle β at the top of a

tower. The height of the tower is -

(1) β

β+ααcos

)(cossinh (2)

ββ−αα

sin

)(cossinh

(3) β

β+ααcos

)(sinsinh (4)

ββ−αα

sin

)(sinsinh

Q.60 The magnitude of the volume of a closed right

circular cylinder of unit height divided by the

magnitude of the total surface area of the

cylinder (r being the radius of the cylinder) is

equal to -

(1)

+r

11

2

1 (2)

++

1r

11

2

1

(3)

−r

11

2

1 (4)

+−

1r

11

2

1


Q.61 In the following question, two equations

numbered I and II are given. You have to solve

both the equations and give answer if

I. x2 + 11x + 28 = 0

II. y2 + 15y + 56 = 0

(1) X = Y (2) X > Y

(3) X < Y (4) X ≤ Y

Q.62 The HCF of 2 numbers is 11 and their LCM is

693. If their sum is 176, then the numbers, is -

(1) 99 (2) 88

(3) 77 (4) 18

Q.59 h Å¡pkbZ ds ,d [kEHks ds isans ls] ehukj ds f'k[kj

dk mUu;u dks.k α gSaA [kEHkk] ehukj ds f'k[kj ij

β dks.k vkUrfjr djrk gSA ehukj dh Å¡pkbZ gS -

(1) β

β+ααcos

)(cossinh (2)

ββ−αα

sin

)(cossinh

(3) β

β+ααcos

)(sinsinh (4)

ββ−αα

sin

)(sinsinh

Q.60 bdkbZ Å¡pkbZ ds cUn yEcofÙk; csyu ds vk;ru ds

ifj.kke dks csyu ds dqy i"Bh; ks=kQy ds

ifj.kke ls foHkkftr fd;k (csyu dh f=kT;k r gks)

tkrk gS] cjkcj gksxk -

(1)

+r

11

2

1 (2)

++

1r

11

2

1

(3)

−r

11

2

1 (4)

+−

1r

11

2

1


Q.61 fuEufyf[kr iz'u esa I o II ls vafdr nks lehdj.ksa

nh xbZ gSA vkidks nksuksa lehdj.ksa gy djuh gS

rFkk mRrj nsrk gS ;fn

I. x2 + 11x + 28 = 0 II. y2 + 15y + 56 = 0 (1) X = Y (2) X > Y

(3) X < Y (4) X ≤ Y

Q.62 2 la[;kvksa dk HCF, 11 gS rFkk mudk LCM, 693

gSA ;fn mudk ;ksx 176 gS] rc la[;k,sa gSa - (1) 99 (2) 88 (3) 77 (4) 18



Q.63 The value of ‘x’ if 2logx7 + log7x7 + 3log49x7 = 0

is -

(1) 3

4x

−= (2) x = 7–1/2

(3) x = 7–4/3 (4) x = –3/2

Q.64 The sum of two numbers is 2490. If 6.5% of one

number is equal to 8.5% of the other, then the

numbers, are -

(1) 1031 (2) 1424 (3) 1411 (4) 1079

Q.65 If the roots of the equation

a (b – c)x2 + b(c – a) x + c (a – b) = 0 are equal,

then

(1) c

1

a

1

b

2 += (2) 2abc = a + b

(3) 2ac – ab = bc (4) 2ab – ac = bc

Q.66 Which is/are correct statement(s)

(1) Median is not at all affected by extreme

values

(2) Median is used for determining the typical

value in problems concerning wages,

distribution of wealth etc.

(3) Median can be located graphically, even if

the class intervals are unequal

(4) Median is much affected by fluctuations of

sampling

Q.67 ABC is a right triangle, right-angled at C. Let

BC = a, CA = b, AB = c and let p be the length

of perpendicular form C on AB, then

(1) cp = ab (2) a2b2 = p2a2 – p2b2

(3) a2b2 – p2b2 = p2a2 (4) ca = pb

Q.63 ‘x’ dk eku] ;fn 2logx7 + log7x7 + 3log49x7 = 0

gS] gS -

(1) 3

4x

−= (2) x = 7–1/2

(3) x = 7–4/3 (4) x = –3/2

Q.64 nks la[;kvksa dk ;ksx 2490 gSA ;fn ,d la[;k dk

6.5%, vU; la[;k ds 8.5% ds cjkcj gS] rc

la[;k,sa gS - (1) 1031 (2) 1424 (3) 1411 (4) 1079

Q.65 ;fn lehdj.k a (b – c)x2 + b(c – a) x + c (a – b) = 0

ds ewy cjkcj gS] rc

(1) c

1

a

1

b

2 += (2) 2abc = a + b

(3) 2ac – ab = bc (4) 2ab – ac = bc

Q.66 dkSulk@dkSuls dFku lgh gS@gksxsa

(1) ekf/;dk] pje ekuksa ls izHkkfor ugha gksrh gS

(2) /ku ds caVu] HkRrksa ls lacaf/kr leL;kvksa vkfn esa

dfBu eku Kkr djus ds fy, ekf/;dk mi;ksx

esa vkrh gS

(3) ekf/;dk] vkysf[k; :i esa iznf'kZr gks ldrh gS]

tcfd ;fn oxZ vUrjky vleku gS

(4) uewuksa ds ifjorZuksa ls ekf/;dk cgqr izHkkfor

gksrh gS

Q.67 ,d ledks.k f=kHkqt ABC gS] ledks.k C ij gSA

ekuk BC = a, CA = b, AB = c gS rFkk C ls AB ij

yEc dh yEckbZ p gS] rc - (1) cp = ab (2) a2b2 = p2a2 – p2b2 (3) a2b2 – p2b2 = p2a2 (4) ca = pb



Q.68 AD, BE and CF be medians of a ∆ABC. Then

(1) 2(AD + BE + CF) < 3(AB + BC + CA) (2) 3(AB + BC + CA) > 4(AD + BE + CF) (3) 2(AD + BE + CF) > 3(AB + BC + CA) (4) 4(AD + BE + CF) > 3(AB + BC > CA)

Q.69 In the adjoining figure, AP is a tangent to the

circle at P.ABC is a secant such that PD is the

bisector of ∠BPC, then

C B A

P

D

143

2

(1) ∠ADP = ∠APD (2) AP = AD

(3) ∠BPD = 2

1(∠ABP – ∠APB)

(4) AB . AC = AP Q.70 Two circles are drawn with sides PQ and PR of

a triangle PQR as diameters. Circles intersect at a point S. Then

(1) ∠PSQ and ∠PSR form a linear pair angles

(2) ∠PSQ and ∠PSR are complementary angles

(3) ∠PSQ and ∠PSR are supplementary

angles (4) Points Q, S, R are collinear points

Q.71 If

z1

y

1x

12

13

37

++

+= , where x, y, z are

natural numbers, then values of variables are - (1) 1 (2) 5 (3) 11 (4) 2

Q.68 ,d ∆ABC dh ekf/;dk,sa AD, BE rFkk CF gS] rc- (1) 2(AD + BE + CF) < 3(AB + BC + CA) (2) 3(AB + BC + CA) > 4(AD + BE + CF) (3) 2(AD + BE + CF) > 3(AB + BC + CA) (4) 4(AD + BE + CF) > 3(AB + BC > CA) Q.69 lyXu fp=k esa oÙk ds P ij Li'kZ js[kk AP gSA

izfrPNsnd ABC bl izdkj gS fd PD, ∠BPC dk

v/kZd gS] rc -

C B A

P

D

143

2

(1) ∠ADP = ∠APD (2) AP = AD

(3) ∠BPD = 2

1(∠ABP – ∠APB)

(4) AB . AC = AP

Q.70 f=kHkqt PQR dh Hkqtkvksa PQ rFkk PR dks O;kl ysdj

nks oÙk [khps tkrs gSA oÙk ,d fcUnq S ij izfrPNsfnr

gksrs gS] rc -

(1) ∠PSQ rFkk ∠PSR ljy js[kk ;qXe ds :i gS

(2) ∠PSQ rFkk ∠PSR iwjd dks.k gS

(3) ∠PSQ rFkk ∠PSR leiwjd dks.k gS

(4) Q, S, R lajsf[k; fcUnq gS

Q.71 ;fn

z1

y

1x

12

13

37

++

+= gS] tgk¡ x, y, z izkd`r

la[;k,sa gS] rc pjksa dk eku gksxk - (1) 1 (2) 5 (3) 11 (4) 2



Q.72 Ram and Mohan are friends. Each has some money. If Ram gives −j 30 to Mohan, then Mohan will have twice the money left with Ram. But if Mohan gives −j 10 to Ram, then Ram will have thrice as much as is left with Mohan. How much money does each have ?

(1) −j 62 (2) −j 124 (3)−j 34 (4) −j 43 Q.73 An icecream company makes a popular brand

of icecream in a rectangular shaped bar 6 cm long, 5 cm wide and 2 cm thick. To cut costs, the company has decided to reduce the volume of the box by 20%. The thickness will remain the same, but the length and width will be decreased by the same percentage amount. Which condition given below will the new length l satisfy ?

(1) l is less than 5 (2) l is more than 4

(3) l is less than 6.5 (4) l is more than 4.5 Q.74 Which of the following is/are identity ?

(1) 1Asec

1

1Asec

1

++

− = 2 cosec A cot A

(2) cos2A + 1Acot1

12

=+

(3) tan θ – cot θ = θθ

−θcossin

1sin2 2

(4) cot θ + tan θ = cosec θ . cos θ Q.75 There are seven white and one brown eggs in

an egg box. Steave decides to make a two-egg omelette. She takes out each egg from the box without looking at its colour. What is the probability that Steave gets an omelette made from

(i) two white eggs (ii) one white and one brown egg (iii) two brown eggs (1) 3/4 (2) 1/2 (3) 1/4 (4) 0

Q.72 jke rFkk eksgu fe=k gSaA izR;sd dqN iwath j[krs gSa ;fn jke eksgu dks −j 30 nsrk gS] rc eksgu ds ikl] jke ds ikl cph iawth dk nqxuk gksxk] fdUrq ;fn eksgu jke dks −j 10 nsrk gS] rc jke ds ikl eksgu dh cph iwath dh rhu xquk gksxhA izR;sd ds ikl fdruh iwath gS ?

(1) −j 62 (2) −j 124 (3)−j 34 (4) −j 43

Q.73 ,d vkblØhe dEiuh vk;rkdkj vkdkj dh ,d

izfl) czkaM dh vkblØhe cukrh gS tks 6 cm yEch] 5

cm pkSM+h rFkk 2 cm eksVh gSA dher dks de djus ds

fy, dEiuh ckWDl dk vk;ru 20% de djus dk

fuf'p; djrh gSA eksVkbZ leku j[krs gS] fdUrq yEckbZ

rFkk pkSM+kbZ leku izfr'kr ls ?kVkrs gSaA uhps nh xbZ

'krkZsa esa ls dkSulh ubZ yEckbZ l dks lUrq"V djrh gS ?

(1) l , 5 ls de gS (2) l , 4 ls de gS (3) l , 6.5 ls de gS (4) l , 4.5 ls vf/kd gS Q.74 fuEu esa ls dkSulh ,d loZlfedk gS@gksxh ?

(1) 1Asec

1

1Asec

1

++

− = 2 cosec A cot A

(2) cos2A + 1Acot1

12

=+

(3) tan θ – cot θ = θθ

−θcossin

1sin2 2

(4) cot θ + tan θ = cosec θ . cos θ

Q.75 ,d v.Ms ds ckWDl esa lkr lQsn rFkk ,d Hkwjk v.Mk

j[kk gSA LVho nks v.Mksa dk vkeysV cukus dk fu'p; djrh gSaA og cDls ls izR;sd v.Mk bldk jax ns[ks fcuk fudkyrh gSA izkf;drk D;k gksxh tcfd LVho fuEu ls ,d vkeysV cukrh gS -

(i) nks lQsn v.Ms (ii) ,d lQsn rFkk ,d Hkwjk v.Mk

(iii) nks Hkwjs v.Ms (1) 3/4 (2) 1/2 (3) 1/4 (4) 0



SECTION-B [MAT]

MENTAL ABILITY (Q.76 to Q.120)

Q.76 Choose the correct answer

2 9 28 65 126 ____

(1) 214 (2) 215

(3) 216 (4) 217

Q.77 In following questions one of the terms in the

series is wrong. Identify the wrong term.

3 11 31 68 131 223

(1) 131 (2) 68 (3) 223 (4) 31

Q.78 Choose the correct answer.

2 : 9 = 64 : ______

(1) 125 (2) 257 (3) 422 (4) 625

Q.79 In a certain code, P O E T R Y is coded as

R E P O T Y, then what is the code of the word

A U T H O R ?

(1) O H U A T R (2) O T A U H R

(3) R H U A T O (4) U A H T R O

Q.80 If S T U D I O is coded as O I D U T S, then

how do we code the word C A M E R A ?

(1) A R A C A M (2) M A C A R E

(3) E M C A A R (4) A R E M A C

Q.81 In a certain code, the word C O L L E G E is

coded as C L E E G L O, then how is the word

S T U D E N T S coded ?

(1) S N D T S U E T (2) S U E T T D N S

(3) S S D T U S E T (4) S U E T S N D T

Q.82 In a certain language H O C K E Y is coded as

N G J B X D, then how is T E N N I S coded ?

(1) D S M M R H (2) D M M S R H

(3) D S M M H R (4) D S M R M H

MENTAL ABILITY (Q.76 to Q.120)

Q.76 lgh mÙkj pqfu,

2 9 28 65 126 ____

(1) 214 (2) 215

(3) 216 (4) 217

Q.77 fuEu Ja[kyk esa ,d in xyr gSA xyr in crkb,A

3 11 31 68 131 223

(1) 131 (2) 68 (3) 223 (4) 31

Q.78 lgh mÙkj pqfu,A

2 : 9 = 64 : ______

(1) 125 (2) 257 (3) 422 (4) 625

Q.79 ;fn fdlh lkadsfrd Hkk"kk esa P O E T R Y dks

R E P O T Y fy[kk tkrk gS] rks A U T H O R dks D;k fy[kk tk;sxk ?

(1) O H U A T R (2) O T A U H R

(3) R H U A T O (4) U A H T R O

Q.80 ;fn fdlh lkadsfrd Hkk"kk esa S T U D I O dks O I D U T S fy[kk tkrk gS] rks mlh Hkk"kk esaC A M E R A dks D;k fy[kk tk;sxk ?

(1) A R A C A M (2) M A C A R E (3) E M C A A R (4) A R E M A C

Q.81 ;fn fdlh lkadsfrd Hkk"kk esa C O L L E G E dks C L E E G L O fy[kk tkrk gS] rks mlh Hkk"kk esa S T U D E N T S dks D;k fy[kk tk;sxk ?

(1) S N D T S U E T (2) S U E T T D N S (3) S S D T U S E T (4) S U E T S N D T Q.82 ;fn fdlh lkadsfrd Hkk"kk esa H O C K E Y dks

N G J B X D fy[kk tkrk gS] rks mlh Hkk"kk esaT E N N I S dks D;k fy[kk tk;sxk ?

(1) D S M M R H (2) D M M S R H (3) D S M M H R (4) D S M R M H



Q.83 In a certain code, V E G E TA B L E is coded as

4 5 7 5 2 1 2 3 5, then how is W A T E R coded ?

(1) 5 1 5 2 9 (2) 5 1 2 5 9

(3) 5 1 2 9 5 (4) 5 1 5 9 2

Q.84 In the figure given below, A,B,C and D are four persons stationed at the four corners of a square piece of plot. From the positions shown in the figure, C and A move diagonally to opposite corners and then walk one side each in the clockwise direction and anticlockwise direction, respectively along the sides. B and D move twosides, each clockwise and anticlockwise, respectively.

C A

B D

N E

W S

What is the new position of A ? (1) Northern corner (2) Western corner (3) Southern corner (4) Eastern corner Direction : (Q.No 85 to 86) Rahul starts from his bank at 5:00 p.m. and

collects sweets from a shop where he spends

5 minutes. Then he goes to his friend's house to

drop him. He immediately goes to the railway

station. Then he realizes that he had left the

sweet box with his friend. He goes back to his

friend's house and chats with his friend for 10

minutes and then starts for home. Rahul goes

everywhere on his scooty at an average speed of

20 km/h. Route connecting different places is

shown in the figure given below. Each line

segment represents 1 km.

Q.83 ;fn fdlh lkadsfrd Hkk"kk esa V E G E TA B L E dks4 5 7 5 2 1 2 3 5 fy[kk tkrk gS] rks mlh Hkk"kk esaaW A T E R dks D;k fy[kk tk;sxk ?

(1) 5 1 5 2 9 (2) 5 1 2 5 9

(3) 5 1 2 9 5 (4) 5 1 5 9 2

Q.84 uhps fn;s x;s fp=k esa A,B,C ,oa D O;fDr ,d

oxkZdkj IykWV ds pkj dksuksa ij [kM+s gSA fp=k esa

n'kkZ;s vuqlkj C rFkk A lEeq[k dksuksa ij fod.kZ :i

esa xfr dj Hkqtkvksa ds vuqfn'k Øe'k% nfk.kkorZ rFkk

okekorZ fn'kk esa ,d&,d Hkqtk pyrs gSaA B rFkk D

izR;sd Øe'k% nfk.kkorZ rFkk okekorZ fn'kk esa nks&nks

Hkqtk pyrs gSa C A

B D

N E

W S

A dh ubZ fLFkfr D;k gS ?

(1) mÙkjh dksuk (2) if'peh dksuk

(3) nfk.kh dksuk (4) iwohZ dksuk funsZ'k : (Q.No 85 ls 86)

jkgqy 5:00 p.m. ij vius cSad ls pyuk izkjEHk djrk

gS rFkk og ,d nqdku ls feBkbZ;ka [kjhnrk gS tgk¡

og 5 feuV yxkrk gSA fQj og vius fe=k ds ?kj mls

NksM+us ds fy, pyk tkrk gSA og rqjUr jsyos LVs'ku

tkrk gS] rks og lksprk gS fd og feBkbZ dk fMCck

vius fe=k ds ?kj NksM+ vk;k gSA og okil vius fe=k

ds ?kj tkrk gS rFkk vius fe=k ls 10 feuV rd ckr

djrk gS rFkk fQj ?kj ds fy, jokuk gks tkrk gSA

jkgqy lc txg viuh LdwVh ls 20 km/h dh vkSlr

pky ls tkrk gSA ekxZ uhps nh xbZ vkd`fr esa n'kkZ;s

vuqlkj fofHkUu LFkkuksa ls tqM+k gqvk gSA izR;sd

js[kk[k.M 1 km dks iznf'kZr djrk gSA



Bank

Friend's house Sweet's shop

Railway station

Rahul's house Q.85 How many minutes did he take in reaching

home from the railway station ?

(1) 20 minutes (2) 15 minutes

(3) 30 minuets (4) 25 minutes

Q.86 How much time he would have taken, if he had

come home directly from the bank without

going anywhere ?



Q.87 How many triangles are there in the following figure ?

(1) 7 (2) 19 (3) 27 (4) 38

Q.88 How many squares are there in the following

figure ?

(1) 9 (2) 16 (3) 23 (4) 32

cSad

fe=k dk ?kj feBkbZ dh nqdku

jsyos LVs'ku

jkgqy dk ?kj Q.85 og jsyos LVs'ku ls ?kj igqapus esa fdrus feuV ysrk

gS ?

(1) 20 feuV (2) 15 feuV (3) 30 feuV (4) 25 feuV

Q.86 cSad ls fcuk dgha x;s mls lh/ks ?kj vkus esa fdruk

vf/kd le; yxsxk ?

(1) 15 feuV (2) 10 feuV

(3) 20 feuV (4) 16 feuV

Q.87 fuEu vkd`fr esa fdrus f=kHkqt gS ?

(1) 7 (2) 19 (3) 27 (4) 38

Q.88 fuEu vkd`fr esa fdrus oxZ gS ?

(1) 9 (2) 16 (3) 23 (4) 32



Q.89 If your birthday in 1994 fell on sunday, on what

day of the week did your birthday fall in 1995 ?

(1) Monday (2) Tuesday

(3) Wednesday (4) Thursday

Q.90 4 April 1988 fell on Monday. What day of the

week was 3 November 1987 ?

(1) Monday (2) Tuesday

(3) Wednesday (4) Thursday

Directions (Q.No 91 to 96) The given equation beomes correct when two

symbols are interchanged as given in one of the options. Find the correct option.

Q.91 27 ÷ 3 – (4 + 7) × 18 = – 1

(1) ÷ and × (2) + and –

(3) – and ÷ (4) × and +

Q.92 6 + 45 – 9 ÷ 4 × 2 = 3

(1) × and – (2) ÷ and +

(3) ÷ and – (4) + and ×

Q.93 40 + 3 ÷ 1 × 3 – 26 = 15

(1) ÷ and × (2) + and ×

(3) – and ÷ (4) + and ÷

Q.94 (27 – 8) ÷ 24 + 7 × 3 = 13

(1) + and × (2) ÷ and ×

(3) ÷ and + (4) × and –

Q.95 48 + 69 – 23 × 8 ÷ 22 = 50

(1) × and ÷ (2) ÷ and +

(3) × and + (4) – and ÷

Q.96 32 ÷ 4 × 6 + 3 – 12 = 14

(1) × and + (2) + and –

(3) – and ÷ (4) + and ÷

Q.89 ;fn 1994 esa vkidk tUefnu jfookj dks jgk gks] rks

1995 esa vkidk tUefnu fdl fnu Fkk ?

(1) lkseokj (2) eaxyokj

(3) cq/kokj (4) xq:okj

Q.90 4 vizsy 1988 dks lkseokj Fkk] rks 3 uoEcj 1987 dks

dkSulk fnu Fkk ?

(1) lkseokj (2) eaxyokj

(3) cq/kokj (4) xq:okj

funsZ'k (Q.No 91 ls 96) uhps fn;s x;s iz'uksa esa nks fpUg ijLij cny fn;s

x;s gSaA vkidks bu nks fpUgksa dks igpku dj fn;s x;s lehdj.k dks lgh djuk gS

Q.91 27 ÷ 3 – (4 + 7) × 18 = – 1

(1) ÷ rFkk × (2) + rFkk – (3) – rFkk ÷ (4) × rFkk +

Q.92 6 + 45 – 9 ÷ 4 × 2 = 3

(1) × rFkk – (2) ÷ rFkk +

(3) ÷ rFkk – (4) + rFkk ×

Q.93 40 + 3 ÷ 1 × 3 – 26 = 15

(1) ÷ rFkk × (2) + rFkk ×

(3) – rFkk ÷ (4) + rFkk ÷

Q.94 (27 – 8) ÷ 24 + 7 × 3 = 13 (1) + rFkk × (2) ÷ rFkk ×

(3) ÷ rFkk + (4) × rFkk –

Q.95 48 + 69 – 23 × 8 ÷ 22 = 50

(1) × rFkk ÷ (2) ÷ rFkk +

(3) × rFkk + (4) – rFkk ÷

Q.96 32 ÷ 4 × 6 + 3 – 12 = 14

(1) × rFkk + (2) + rFkk –

(3) – rFkk ÷ (4) + rFkk ÷



Direction (Q.No 97 to 99)

Find the missing number inside the third circle

Q.97

5

8 17

12

21

9

11 16

2

19

7

18 15

4

?

(1) 22 (2) 24 (3) 26 (4) 28

Q.98

3

8 5

2

81

7

4 9

6

169

9

5 1

7

?

(1) 144 (2) 121 (3) 196 (4) 225

Q.99

3.5

8

9

5 13

3.8

8

12

10 8

?

9

12

11 7

(1) 3.7 (2) 3.9 (3) 4.1 (4) 4.2

Q.100 Find the missing number -

100 121

?3664

49 22 28 81

36

16 25

(1) 33 (2) 34 (3) 35 (4) 36

Directions (Q. No. 101 to 103)

A cuboid of dimensions 6 cm × 4 cm × 1 cm is

painted black on two of its faces with

dimensions 4 cm × 1 cm, green on the faces with

dimensions 6 cm × 4 cm, and red on the faces

with dimensions 6 cm × 1 cm. The cuboid is

then cut into smaller cubes of dimensions

1 cm × cm × 1 cm each.

funsZ'k (Q.No 97 ls 99)

rhljs oÙk ds vUnj dh yqIr la[;k Kkr dhft,

Q.97

5

8 17

12

21

9

11 16

2

19

7

18 15

4

?

(1) 22 (2) 24 (3) 26 (4) 28

Q.98

3

8 5

2

81

7

4 9

6

169

9

5 1

7

?

(1) 144 (2) 121 (3) 196 (4) 225

Q.99

3.5

8

9

5 13

3.8

8

12

10 8

?

9

12

11 7

(1) 3.7 (2) 3.9 (3) 4.1 (4) 4.2

Q.100 yqIr la[;k Kkr dhft, -

100 121

?3664

49 22 28 81

36

16 25

(1) 33 (2) 34 (3) 35 (4) 36

funsZ'k (Q. No.101 ls 103) ,d ?kukHk ftldh foek;sa 6 cm × 4 cm × 1 cm gS

dh nks Qydksa ftldh foek 4 cm × 1 cm gS] ij dkyk jax fd;k x;k gS rFkk Qyd ftldh foek 6 cm × 4 cm gS] ij gjk jax fd;k x;k gS rFkk Qyd ftldh foek 6 cm × 1 cm gS] ij yky jax fd;k x;k gSA blds ckn ?kukHk dks foekvksa 1 cm × cm × 1 cm ds NksVs&NksVs ?kuksa esa dkVk x;k gSA



Q.101 How many smaller cubes are formed?

(1) 12 (2) 24

(3) 4 (4) None of these

Q.102 How many smaller cubes have at least three of

their faces coloured with different colours ?

(1) 12 (2) 4


Q.103 How many smaller cubes have four faces

coloured, and two faces without any colour?

(1) 4 (2) 16


Q.104 If the smaller cubes having both black and green

coloured faces are removed, then how many

cubes will remain?

(1) 20 (2) 16


Q.105 How many cubes have two of their faces colured

green and the remaining faces without any

colour?

(1) 4 (2) 8


Directions (Q. No. 106 to 108) :

An IT company wants to select a team of four

computer engineers to work in Pune where they

are going to set up a new branch. The company

is managed by professional engineers and is

very particular about human resources and

industrial relations. A, B and C are three

software engineers of equal talent. P, Q, R and S

are four network engineers. The company wants

Q.101 bl izdkj fufeZr NksVs ?kuksa dh dqy la[;k fdruh gS?

(1) 12 (2) 24

(3) 4 (4) buesa ls dksbZ ugha

Q.102 ,sls fdrus NksVs ?ku gksaxs ftuesa de ls de rhu

Qydsa fofHkUu jaxksa ls jaxh x;h gksaxh ?

(1) 12 (2) 4

(3) 8 (4) buesa ls dksbZ ugh

Q.103 ,sls fdrus NksVs ?ku gksaxs ftudh pkj Qydsa jaxhu

rFkk nks Qydsa fcuk jax fd;s gq;s gksaxh?

(1) 4 (2) 16


Q.104 ;fn NksVs ?ku dh dkyh rFkk gjs jax okyh Qydkasa

dks gVk fn;k tk, rks fdrus ?ku 'ks"k cpsaxs?

(1) 20 (2) 16


Q.105 fdrus ?kuksa dh nks Qydksa ij gjk jax rFkk cph gqbZ

Qydksa ij dksbZ jax ugha gksxk?

(1) 4 (2) 8


funsZ'k (Q. No. 106 ls 108) :

,d IT dEiuh pkj dEI;wVj bathfu;j dh ,d Vhe

iq.ks esa dk;Z djus ds fy;s p;fur djuk pkgrh gSA

tgk¡ ij fd og ,d u;h 'kk[kk [kksyuk pkgrs gSA

;g dEiuh dbZ O;olkf;d bathfu;jksa kjk O;ofLFkr

dh tkrh gS ,oa ;g ekuo lalk/kuksa ,oa vkS|ksfxd

laca/kksa ds fy, vR;ar fof'k"V gSA A, B o C leku

izfrHkk okys rhu lkW¶Vos;j bathfu;j gSA P, Q, R ,oa

S pkj usVodZ bathfu;j gSA dEiuh Vhe fuekZ.k ds



to select two software and two network

engineers to form a team. To generate a real

team spirit and to have good industrial relations,

it is necessary that the selected members must

be friendly with each other.

(a) B and P are not friendly

(b) C and R are not friendly

(c) P and Q are not friendly

Q.106 If P is in the team, who will be other engineers

in the team?

(1) A, C, R (2) A, C, Q

(3) R, C, S (4) A, C, S

Q.107 If both B and C are selected, who are the other

members in the team?

(1) Both Q and S (2) Both R and S

(3) Only R (4) Both P and Q

Q.108 Which of the following statements are true for

A?

(i) A must be selected as one of the software

engineers in the team

(ii) A must be selected if R is selected

(iii) A cannot be selected if both P and R are

rejected

(1) (i) only (2) (ii) only

(3) (iii) only (4) (i) and (ii) only

fy, nks lkW¶Vos;j ,oa nks usVodZ bathfu;jksa dk

p;u djuk pkgrh gSA okLrfod Vhe esa tks'k ,oa

vPNs vkS|ksfxd laca/kksa dks mRiUu djus ds fy;s ;g

vko';d gS fd p;fur lnL; ,d&nwljs ls O;ogkj

dq'ky gksA

(a) B o P O;ogkj dq'ky ugha gS

(b) C o R O;ogkj dq'ky ugha gS

(c) P o Q O;ogkj dq'ky ugha gS

Q.106 ;fn P Vhe esa ugha gS] rks Vhe esa vU; bathfu;j

dkSu gksxk?

(1) A, C, R (2) A, C, Q

(3) R, C, S (4) A, C, S

Q.107 ;fn B ,oa C nksuksa p;fur gS] rks Vhe esa vU; lnL;

dkSu gksaxs?

(1) Q ,oa S nksuksa (2) R ,oa S nksuksa

(3) dsoy R (4) P ,oa Q nksuksa

Q.108 fuEu esa ls A ds fy, dkSulk dFku lR; gS ?

(i) A ,d lkW¶Vos;j bathfu;j ds :i esa p;fur

gksxk

(ii) A p;fur gksxk ;fn R p;fur gS

(iii) A p;fur ugha gksxk ;fn P rFkk R nksuksa

vLohd`r gS

(1) dsoy (i) (2) dsoy (ii)

(3) dsoy (iii) (4) dsoy (i) ,oa (ii)



Directions (Q. No. 109 to 111)

Ten models of FTII – Pune are standing in a

straight line numbered 1 to 10 for a fashion

parade. Each one of them is wearing a sari of

different colour. One is in white, two are in

different shades of blue, three are in different

shades of pink, and the remaining four are

wearing different shades of green.

(a) The model in pink sari is not standing next

to the model in white sari.

(b) The model in green sari is not standing next

to the model in blue sari.

(c) The two models wearing blue saris are

adjacent to each other.

(d) Two models in pink sari are one in the

beginning and one at the end.

Q.109 If a model in pink sari is in position 2 and the

models in green are in positions 3 and 4, then in

which position is the model in white sari

standing ?

(1) Fifth (2) Sixth

(3) Seventh (4) Eighth

Q.110 If a model in pink sari is in the third position and

a model in blue is in the fourth position, then

what is the position of the model in white sari?

(1) Second (2) Fifth

(3) Sixth (4) Seventh

funsZ'k (Q. No. 109 ls 111)

FTII ds nl ekWMYl – iq.ks dh ,d QS'ku ijsM esa

lh/kh js[kk esa 1 ls 10 uEcj rd [kM+s gSA muesa ls

izR;sd us fHkUu&fHkUu jaxksa dh lkM+h iguh gqbZ gSA

,d us lQsn] nks us uhys jax ds fHkUu 'ksM~l dh] rhu

us xqykch jax ds fHkUu 'ksM~l dh ,oa 'ks"k pkj us gjs

jax ds fHkUu 'ksM~l dh lkM+h iguh gSA

(a) xqykch lkM+h okyh ekWMy] lQsn lkM+h okyh

ekWMy ds rqjUr ckn ugh [kM+h gSA

(b) gjs lkM+h okyh ekWMy] uhys lkM+h okyh ekWMy

ds rqjUr ckn ugha [kM+h gSA

(c) nks uhys jax dh lkM+h okyh ekWMy ,d lkFk

[kM+h gSA

(d) xqykch jax dh lkM+h okyh nks ekWMy esa ls ,d

izkjEHk esa o nwljh var esa [kM+h gSA

Q.109 ;fn xqykch lkM+h okyh ekWMy nwljs LFkku ij [kM+h

gS ,oa gjs jax dh lkM+h okyh ekWMy rhljs o pkSFks

LFkku ij [kM+h gS rks] lQsn lkM+h okyh ekWMy

dkSuls LFkku ij [kM+h gksxh ?

(1) ik¡posa (2) NBs

(3) lkrosa (4) vkBos

Q.110 ;fn xqykch lkM+h okyh ekWMy rhljs LFkku ij gS ,oa

uhyh lkM+h okyh ekWMy pkSFks LFkku ij gS] rks lQsn

lkM+h okyh ekWMy dkSuls LFkku ij gksxh ?

(1) nwljs (2) ik¡pos

(3) NBs (4) lkros



Q.111 If the model in white sari is in the fifth position

and a model in blue sari is in the fourth position,

which of the following must be true ?

(1) Model in pink sari is in seventh position

(2) Model in green sari is in ninth position

(3) Model in pink sari is in sixth position

(4) Model in green sari is in second position

Direction (Q. No. 112 to 116) (a) A, B, C , D, E and F are six members of

Mehta’s family.

(b) There are two married couples.

(c) B is an engineer and the father of E.

(d) F is the paternal grandfather of C and is a

doctor.

(e) D is the paternal grandmother of E and is a

housewife.

(f) There is one engineer, one doctor, one

teacher, one housewife, and two students in

the family.

Q.112 Who is the sister of E? (1) C (2) D

(3) A (4) insufficient data

Q.113 Who among the following members are the

married males ? (1) F and D (2) B, F and A

(3) B and F (4) B, F and D

Q.114 Who is the husband of A ? (1) C (2) F (3) B (4) D

Q.111 ;fn lQsn lkM+h okyh ekWMy ikapos LFkku ij gS] ,oa

uhyh lkM+h okyh ekWMy pkSFks LFkku ij gS] rks fuEu

esa ls dkSulk lgh gksuk pkfg, ?

(1) xqykch lkM+h okyh ekWMy lkrosa LFkku ij gksxh

(2) gjh lkM+h okyh ekWMy uosa LFkku ij gksxh

(3) xqykch lkM+h okyh ekWMy NBs LFkku ij gksxh

(4) gjh lkM+h okyh ekWMy nwljs LFkku ij gksxh


(a) esgrk ifjokj ds N% lnL; A, B, C , D, E rFkk

F gSA

(b) ;gk¡ nks fookfgr ;qXe gS

(c) B bathfu;j gS rFkk E dk firk gS

(d) F ; C ds nknk gS tks MkWDVj gS

(e) D ; E dh nknh gS tks x`fg.kh gS

(f) ifjokj esa ,d bathfu;j] ,d MkWDVj] ,d

v/;kid] ,d xfg.kh rFkk nks fo|kFkhZ gS

Q.112 E dh cgu dkSu gS ?

(1) C (2) D

(3) A (4) vi;kZIr MkVk

Q.113 fuEu lnL;ksa esa ls dkSuls fookfgr iq:"k gS?

(1) F rFkk D (2) B, F rFkk A

(3) B rFkk F (4) B, F rFkk D

Q.114 A dk ifr dkSu gS ?

(1) C (2) F (3) B (4) D



Q.115 What is A’s professions ? (1) Student

(2) Teacher

(3) Housewife or teacher

(4) Housewife

Q.116 Which of the following are the two married

couples? (1) FD, BE (2) FD, CA

(3) FD, BA (4) ED, CF

Direction (Q. No. 117 to 118) Seven persons, Anil, Bharat, Chand, Dinesh,

Eshwar, Fazal, Ganesh, who have gathered at a picnic spot, are sitting in a row facing a photographer.

(a) Chand and Dinesh are sitting next to each other.

(b) There are exactly four persons between Bharat and Ganesh.

(c) Dinesh is sitting to the immediate right of Bharat.

Q.117 If Bharat is not sitting at either end of the row,

then who among the following has as many

persons on his left as on his right ? (1) Chand (2) Fazal

(3) Eshwar (4) Ganesh

Q.118 In how many different ways can Bharat sit in a

row, without violating the given conditions? (1) 3 (2) 10


Q.115 A dk O;olk; D;k gS ?

(1) fo|kFkhZ

(2) v/;kid

(3) x`fg.kh ;k v/;kid

(4) x`fg.kh

Q.116 fuEu esa ls nks fookfgr ;qXe dkSulk gS?

(1) FD, BE (2) FD, CA

(3) FD, BA (4) ED, CF


lkr O;fDr vfuy] Hkjr] pan] fnus'k] bZ'oj] Qty]

x.ks'k ,d fidfud LFky ij bdV~Bs gksdj

QksVksxzkQj dh rjQ eqag fd;s gq, ,d iafä esa cSaBs gSA

(a) pan rFkk fnus'k ,d nwljs ds vxy&cxy esa

cSaBrs gSaA

(b) Hkjr rFkk x.ks'k ds e/; Bhd pkj O;fDr cSaBrs gSA

(c) fnus'k] Hkjr ds rqjUr nka;h vksj cSBrk gSA

Q.117 ;fn Hkjr iafä ds fdlh Hkh fljs ij ugha cSBrk gS]

rks fuEu esa ls fdl O;fDr ds cka;h rFkk nka;h vksj

vf/kdre O;fDr cSBrs gS ?

(1) pan (2) Qty

(3) bZ'oj (4) x.ks'k

Q.118 fdrus fofHkUu rjhdksa ls nh xbZ 'krksZ dk mYya?ku

fd;s fcuk Hkjr dks ,d iafä esa fcBk;k tk ldrk gSa ?

(1) 3 (2) 10

(3) 2 (4) buesa ls dksbZ ugha



Q.119 At what time, between 4 and 5 o’clock, will the

two hands of the clock overlap? (1) between 4 to 4 : 10

(2) between 4 : 10 to 4 : 20

(3) between 4 : 20 to 4 : 30

(4) between 4 : 30 to 4 : 40

Q.120 At what angle are the hands of a clock inclined

at 25 min past 5 ? (1) less than 5° (2) between 5º to 20°

(3) between 20º to 40º (4) None of these

G.K./CURRENT AFFAIRS (Q.121 to Q.135)

Q.121 In India Economic survey is published by -

(1) Ministry of finance

(2) Planning commission

(3) Govt. of India

(4) Indian Statistical institute

Q.122 The largest source of National Income in India is

(1) Agriculture Sector

(2) Service Sector

(3) Industry Sector

(4) Trade Sector

Q.123 Which Agricultural export item is second in case

of India ?

(1) marine product (2) rice

(3) sugar (4) oil cake

Q.124 The highest peak in South India is -

(1) Doda Betta (2) Anaimudi

(3) Kalsuba (4) Nilgiris

Q.119 4 ls 5 cts ds chp ?kM+h dh nksuksa lqbZ;ka fdl le; vfrO;kiu djsaxh ?

(1) 4 ls 4 : 10 cts ds e/;

(2) 4 : 10 ls 4 : 20 cts ds e/;

(3) 4 : 20 ls 4 : 30 cts ds e/;

(4) 4 : 30 ls 4 : 40 cts ds e/;

Q.120 5 ctdj 25 feuV ij ?kM+h dh lqbZ;ksa ds chp fdrus va'k dk dks.k gksxk ?

(1) 5° ls de (2) 5º rFkk 20° ds e/; (3) 20º rFkk 40º ds e/; (4) bueasa ls dksbZ ugha

G.K./CURRENT AFFAIRS (Q.121 to Q.135) Q.121 Hkkjr esa foÙkh; losZk.k fdlds kjk izdkf'kr fd;k

tkrk gS - (1) foÙk ea=kky; (2) ;kstuk vk;ksx (3) Hkkjr ljdkj (4) Hkkjrh; lkaf[;dh laLFkku

Q.122 Hkkjr esa jk"Vªh; vk; dk lcls cM+k L=kksr gS -

(1) d`f"k ks=k

(2) lsok ks=k

(3) vkS|ksfxd ks=k

(4) O;kikfjd ks=k

Q.123 dkSulh d`f"k fu;kZr oLrq Hkkjr dh fLFkfr esa frh;

gS ?

(1) leqnzh mRikn (2) pkoy

(3) 'kdZjk (4) vkW;y dsd

Q.124 nfk.k Hkkjr dh lcls Å¡ph pksVh gS -

(1) nksnkcsVk (2) vukbZeqM+h

(3) dYlqvk (4) uhyfxjh



Q.125 Who is the second non-citizen and first non-

Indian recipient to receive the Bharat Ratna?

(1) Bill Gates

(2) Mother Terasa

(3) Nelson Mandela

(4) Amartya Sen

Q.126 Who is the recipient of Dadasaheb Phalke

Award ?

(1) Kishore kumar

(2) Devika Rani Chaudhuri Roerich

(3) Satyajit Ray

(4) All

Q.127 The President's rule in a state means that the

state is ruled by -

(1) the president

(2) a caretaker government

(3) the CM nominated by the president

(4) the governor of the state

Q.128 Which one of the following is an element ?

(1) Topaz (2) Diamond

(3) Ruby (4) Sapphire

Q.129 The book ‘Letters from a Father to Daughter’

was written by

(1) Rajaji (2) Mahatma Gandhi

(3) Jawaharlal Nehru (4) Radhakrishnan

Q.130 The Indus Valley Civilization belongs to the

(1) Palaeolithic Age (2) Mesolithic Age

(3) Neolithic Age (4) Chalcolithic Age

Q.125 Hkkjr jRu izkIr djus okyk frh; vukxfjd ,oa

izFke vHkkjrh; dkSu gS ?

(1) fcy xsV~l

(2) enj Vsjslk

(3) usYlu e.Msyk

(4) veR;Z lsu

Q.126 nknk lkgc QkYds vokMZ izkIr djus okyk dkSu gS?

(1) fd'kksj dqekj

(2) nsfodk jkuh pkS/kjh jksfjp

(3) lR;thr js

(4) lHkh

Q.127 ,d jkT; esa jk"Vªifr 'kklu dk vFkZ gS fd jkT;

fdlds kjk 'kkflr gksrk gS -

(1) jk"Vªifr

(2) lajkd ljdkj

(3) jk"Vªifr kjk euksfur eq[;ea=kh

(4) jkT; dk jkT;iky

Q.128 fuEu esa ls dkSulk ,d rRo gS ?

(1) iq[kjkt (2) ghjk

(3) :ch (4) uhye

Q.129 iqLrd ^^ysVj ÝkWe , Qknj Vw MksVj** fdlds kjk

fy[kh xbZ gS -

(1) jktkth (2) egkRek xka/kh

(3) tokgjyky usg: (4) jk/kkd`".ku

Q.130 fla/kq ?kkVh lH;rk fdlls lacaf/kr gS

(1) thok"eik"kk.k dky (2) e/;ik"kk.k dky

(3) uoik"kk.k dky (4) iqjkik"kk.k dky



Q.131 Subhash Chandra Bose is known for his work in

the field of -

(1) Paintings (2) Sports

(3) Freedom fighting (4) Music

Q.132 Which of the planets is nearest to the earth ?

(1) Jupiter (2) Venus

(3) Mercury (4) Mars

Q.133 In how many ways can a batsman be out in

cricket ?

(1) 10 (2) 7 (3) 9 (4) 8

Q.134 India has been a member of the UN since -

(1) 1945 (2) 1930

(3) 1915 (4) 1901

Q.135 Which of the following is not associated with

the UNO ?

(1) WHO (2) UNO

(3) ASEAN (4) FAO

Q.131 lqHkk"k pUnz cksl fdl ks=k esa ;ksxnku ds fy, vf/kd

tkus tkrs gS -

(1) fp=kdkjh (2) [ksy

(3) Lok/khurk laxzke (4) laxhr

Q.132 dkSulk xzg iFoh ds lcls lehi gS ?

(1) cgLifr (2) 'kqØ

(3) cq/k (4) eaxy

Q.133 fØdsV esa ,d cYysckt fdrus izdkj ls vkÅV(out)

gks ldrk gS ?

(1) 10 (2) 7 (3) 9 (4) 8

Q.134 Hkkjr UN dk lnL; dc ls gS - (1) 1945 (2) 1930

(3) 1915 (4) 1901

Q.135 fuEu esa ls dkSu UNO ls lacaf/kr ugha gS ?

(1) WHO (2) UNO

(3) ASEAN (4) FAO

CP Tower, Road No.1, IPIA, Kota (Raj.), Ph: 0744-3040000 Page · 2014-10-14 · CAREER POINT, CP...

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Transcript of CP Tower, Road No.1, IPIA, Kota (Raj.), Ph: 0744-3040000 Page · 2014-10-14 · CAREER POINT, CP...