[time : 2.00 hours] class : ix - pre exam full …space for rough work 01 goal talent search exam -...

Space For Rough Work01

1st HOSTEL INTERNAL TEST : 09.08.2011 1st HOSTEL INTERNAL TEST : 09.08.2011GOAL TALENT SEARCH EXAM - SAMPLE PAPER[Time : 2.00 Hours] Full Marks : 400CLASS : IX - PRE EXAM

01. A particle starts moving from position of restunder constant acceleration. If it travels adistance ‘x’ in t seconds. What distance will ittravel in next 2t seconds?(1) 8x (2) 6x (3) 4x (4) 5x

02. The engineer of a train moving at a speed 1sights a goods train a distance d ahead of himon the same track moving in the same directionwith speed 2. He puts the brakes and gives histrain a constant retardation ‘a’. There will be nocollision if :

(1)2

1 2( - )d

2a

(2)2

1 2( – )d

2a

(3)2

1 2( – )d

4d

(4)2

1 2( – )d

4d

03. A ball is projected upwards with velocity of200 m/s. Find the speed of the ball at half themaximum height. Take g = 10 m/s2.

(1) 50 2 m/s (2) 75 2 m/s

(3) 120 2 m/s (4) 100 2 m/s

04. The force F as shown acts on body B and body Ais placed over B. The surface between A and Band B and ground is rough and force responsiblefor making the body A moves along with B is :

BA F

(1) gravitational force (2) normal force(3) F (4) friction

05. A single horizontal force F is applied to a block ofmass M, which is in contact with another blockof mass m. If the surfaces are frictionless, theforce between the blocks is :

M mF

(1)MFm

(2)MmgM m (3)

mFM m (4)

MFM m

01. , d oLrq fu; r Roj.k ds v / hu fojkekoLFkk l s xfrµi zkajHk djrhgSA ; fn og t l sds.M esa x nwjh r; djrh gS] rks vxyh 2t l sds.Mesa og fdruh nwjh r; djsxh \(1) 8x (2) 6x (3) 4x (4) 5x

02. v1 xfr l s pyrs gq, , d Vªsu dk bUt hfu; j v i us l keus ml h i Vjhi j d nwjh i j ml h fn' kk esa v2 xfr l s pyrh gqbZ , d ekyxkM+h dksns[ krk gSA og czsd ysrk gS rFkk v i us Vªsu dks fu; r eanu ‘a’ nsrkgSA VDdj ugha gksxk ; fn µ

(1)2

1 2( - )d

2a

(2)2

1 2( – )d

2a

(3)2

1 2( – )d

4d

(4) 2

1 2( – )d

4d

03. , d xsan 200 m/s dh xfr l s mQi j dh vksj i Qsadh xbZ gSA egÙkeÅ¡pkbZ ds vk/ s i j xsan dh xfr Kkr djsaA

(fy; k x; k 2g 10m/s )

(1) 50 2 m/s (2) 75 2 m/s

(3) 120 2 m/s (4) 100 2 m/s

04. , d cy F fi .M B i j n' kkZ; k x; k gS rFkk fi .M A fi .M B dsmQi j fLFkr gSA A rFkk B ds chp dh l rg rFkk B rFkk t ehuds chp dh l rg : [ kM+h gS rFkk fi .M A dk B ds vuqfn' k xfrdjus ds fy, mÙkj nk; h gS&

BA F

(1) xq: Rokd"kZ.k cy (2) l kekU; cy(3) F (4) ?k"kZ.k

05. nzO; eku M ds , d fi .M i j , d , dy {kSfrt cy F yxk; k x; k]t ks nwl js m nzO; eku ds fi .M ds l Ei dZ esa gSA ; fn l rg ?k"kZ.kghugS rks nksuksa fi .Mksa ds chp dk cy gS&

M mF

(1)MFm

(2)MmgM m (3)

mFM m (4)

MFM m


06. Calculate the gravitational accelerationproduced in a spaceship which is at a distanceequal to thrice the radius of the earth.

(1) 3.27 m/s2 (2) 1.09 m/s2

(3) 0.61 m/s2 (4) 2.77 m/s2

07. A satellite is orbiting close to the surface of theearth, then its speed is :

(1) 2gR (2) Rg

(3) Rg (4)Rg2

08. A missile is released with a velocity less thanthe escape velocity. The sum of its potential andkinetic energies is :

(1) negative (2) positive

(3) zero (4) cannot say

09. A 60 N object is released from a height of 20 m.Just before it hits the ground, its kinetic energy,in joules is :

(1) 11760 J (2) 1200 J

(3) 600 J (4) 1980 J

10. A pump can hoist 8 105 kg of coal per hourfrom a mine 180 m deep. Then power of theengine having 80% efficiency is (g = 10 ms–2)

(1) 250 KW (2) 125 KW

(3) 500 KW (4) 400 KW

11. Two objects of masses 2 10–2 kg and 8 10–2

kg have equal momentum. What is the ratio oftheir kinetic energies ?

(1) 2 : 1 (2) 4 : 1

(3) 16 : 1 (4) 2 2 :1

12. The speed of sound in medium depends upon :

(1) amplitude

(2) frequency

(3) wavelength

(4) properties of the medium

06. , d varfj{k; ku esa mRi Uu xq: Roh; Roj.k dh x.kuk djas t ks i Fohdh f=kT; k ds frxquh nwjh i j fLFkr gSA

(1) 3.27 m/s2 (2) 1.09 m/s2

(3) 0.61 m/s2 (4) 2.77 m/s2

07. , d mi xzg i Foh dh l rg ds cgqr ut nhd ?kw.kZu dj jgk gS] rksbl dh xfr gSµ

(1) 2gR (2) Rg

(3) Rg (4)Rg2

08. , d fel kby dks i yk; u xfr l s de xfr ds l kFk NksM+k t krk gSAbl dh fLFkrht rFkk xfrt mQt kZvksa dk ; ksx gS %

(1) Í . kkRed (2) / ukRed

(3) ' kwU; (4) dqN dgk ugha t k l drk

09. 60 N ds oLrq dks 20 m mQ¡pkbZ l s fxjk; k t krk gSA t ehu i jfxjus l s rqjar i gys bl dh xfrt mQt kZ t wy esa gS &

(1) 11760 J (2) 1200 J

(3) 600 J (4) 1980 J

10. , d i Ei 180 m xgjs [ kku l s i zfr ?kaVs 8 × 105 kg dks; yk mBkl drk gSA 80% {kerk okys bl bat u dh ' kfDr gSµ(g = 10 ms–2)

(1) 250 KW (2) 125 KW

(3) 500 KW (4) 400 KW

11. nks nzO; eku 2 × 10–2 kg rFkk 8 × 10-2 kg dk vkosx l ekugSA mudh xfrt mQt kZ dk vuqi kr D; k gS \(1) 2 : 1 (2) 4 : 1

(3) 16 : 1 (4) 2 2 :1

12. fdl h ekè; e esa èofu dh xfr fuHkZj djrh gSµ(1) vk; ke i j(2) vkofr i j(3) r jaxnSè; Z i j(4) ekè; e dh i zdfr i j


13. Four children were asked to arrange forces dueto rolling, static and sliding frictions in adecreasing order. Their arrangements aregiven below.Choose the correct arrangement.(1) rolling, static, sliding(2) rolling, sliding, static(3) static, sliding, rolling(4) sliding, static, rolling

14. 2 hertz is equal to :(1) 2 vibrations per minute(2) 120 vibrations per minute(3) 30 vibrations per minute(4) 15 vibrations per minute

15. Which one of the following forces is a contactforce ?(1) force of gravity (2) magnetic force(3) force of friction (4) electrostatic force

16. Which of the following metals is used inelectroplating to make objects appear shining ?(1) chromium (2) iron(3) copper (4) aluminium

17. The loudness of sound depends on :(1) its amplitude. (2) its time period.(3) its frequency. (4) its speed.

18. Two mirrors A and B are placed at right anglesto each other as shown in Fig.

90°

35°

90°

A B

A ray of light incident on mirror A at an angle of35° falls on mirror B after reflection. The angleof reflection for the ray reflected from mirror Bwould be :(1) 65° (2) 105°(3) 75° (4) 55°

13. pkj cPpksa dks] yksVu ?k"kZ.k ds dkj.k] LFkSfrd ?k"kZ.k ds dkj.k rFkkfi Ql yu ?k"kZ.k ds dkj.k cyksa dks vojksgh Øe esa l t kus ds fy,i wNk x; k muds Øe uhps fn, x, gSaA l gh Øe pqusaA(1) ?kw.kZu] LFkSfrd] fi Ql yu(2) ?kw.kZu] fi Ql yu] LFkSfrd(3) LFkSfrd] fi Ql yu] ?kw.kZu(4) fi Ql yu] LFkSfrd] ?kw.kZu

14. 2 gV~Zt cjkcj gksrk gS(1) 2 dai u i zfr feuV(2) 120 dai u i zfr feuV(3) 30 dai u i zfr feuV(4) 15 dai u i zfr feuV

15. fuEufyf[ kr esa dkSu l k cy l Ei dZ cy gSµ(1) xq: Roh; cy (2) pqEcdh; cy(3) ?k"kZu cy (4) fLFkjfo| qr cy

16. fdl h oLrq dks pedhyk cukus ds fy, fuEu esa l s fdl / krq dksbysDVªksIysfVax ( fct yh }kjk i jr p<+kuk) ds : i esa mi ; skx fd; kt krk gS\(1) Øksfe; e (2) yksgk(3) rk¡ck (4) , Y; qfefu; e

17. èofu dh i zcyrk fuHkZj djrh gS(1) bl ds vk; ke i j (2) bl ds dky i j(3) bl dh vkofÙk i j (4) bl ds xfr i j

18. fp=k esa n' kkZ, vuql kj nsk ni Z.k A rFkk B , d nwl js l s l edks.k i jfLFkr gSaA

90°

35°

90°

A B

ni Z.kA i j , d i zdk' k dh fdj.k 35º ds dks.k l s vki frr gksrhgS vkSj i jkofÙkZr gksdj ni Z.k B i j i M+rh gSA ni Z.k B }kjk i jkofrZrfdj.k ds fy, i jkorZ.k dk dks.k gskxk &(1) 65° (2) 105°(3) 75° (4) 55°


19. In the figure of the human eye, the cornea isrepresented by the letter :

A

B

CD

(1) D (2) A (3) B (4) C20. Red light cannot be dispersed by a glass prism

because it :(1) has a high frequency(2) has a long wavelength(3) does not have component colours(4) is not refracted in glass

21. What happens to sol id CO2 on decrease ofpressure to 1 atmosphere ?

(1) It converts into liquid state.

(2) It converts into liquid state and then togaseous state.

(3) It directly converts into gaseous state.

(4) No change; it remains in solid state.

22. Choose the only correct statement about gases.

(1) Due to its high density, large volumes of agas can be kept into a small cylinder.

(2) Due to its high compressibility, largervolumes of a gas can be kept into a smallcylinder.

(3) Due to its low compressibility, larger volumesof a gas can be kept into a small cylinder.

(4) All of these .23. Boiling is a :

(1) Surface phenomenon of the liquid changeinto vapour state.

(2) Bulk phenomenon of the liquid change intovapour state.

(3) Surface phenomenon of the solid change intovapour state.

(4) Bulk phenomenon of the solid change intovapour state.

19. ekuo us=k ds fp=k esa ' osr i Vy fdl v {kj }kjk n' kkZ; k x; k gS

A

B

CD

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

20. ' kh' ks ds fi zTe }kjk yky i zdk' k dk fo{ksi .k ugha gks l drk gS D; ksafdbl dh%(1) vkofÙk mPp gksrh gSA(2) r jaxnSè; Z yEch gksrh gSA(3) vo; o jax ugha gksrs gSaA(4) ' kh' ks esa v i orZu ugha gksrk gSA

21. D; k gksrk gS] t c Bksl CO2 dk nkc , d okrkoj.kh; nkc l s ?kVrkgS\(1) ; g nzo voLFkk esa i fjofrZr gksrk gSA(2) ; g nzo voLFkk esa i fjofrZr gksrk gS rFkk ml ds ckn xSl h;

voLFkk esa i fjofrZr gksrk gSA(3) ; g l h/ k xSl h; voLFkk esa i fjofrZr gksrk gSA(4) dksbZ i fjorZu ugha gksrk gS] ; g Bksl voLFkk esa gh jgrk gSA

22. xSl ksa ds ckjs esa dsoy l R; dFku pqusa &(1) buds mPp ?kuRo ds dkj.k] xSl ksa ds cgqr v f/ d vk; ru dks

, d NksVs fl fyaMj esa j[ k l drs gSaA(2) buds mPp l ai hM~; rk ds dkj.k] xSl ksa ds cgqr v f/ d vk; ru

dks , d NksVs fl fyaMj esa j[ k l drs gaSA(3) buds fuEu l ai hM~; rk ds dkj.k xSl ksa ds cgqr v f/ d vk; ru

dks , d NksVs fl fyaMj esa j[ k l drs gSaA(4) buesa l s l Hkh A

23. DoFkukad gS &(1) nzo dk i "Bh; : i ml s ok"i voLFkk esa cny nsrk gSA(2) nzo dk cYd : i ml s ok"i voLFkk esa cny nsrk gSA(3) Bksl dk i "Bh; : i ml s ok"i voLFkk eas cny nsrk gSA(4) Bksl dk cYd : i ml s ok"i voLFkk eas cny nsrk gSA


24. The melting point of ice is :

(i) 273.16 K. (ii) 273.16°C

(iii) 0°C (iv) 0 K

(1) (i) & (iii) (2) (ii) & (iv)

(3) only (i) (4) only (ii)

25. Clothes dry faster on a windy day because :

(1) The particles of water vapour move away withwind.

(2) Amount of water vapour in the surroundingdecreases.

(3) Amount of water vapour in the surroundingincreases.

(4) Both (1) and (2)

26. A solid that directly converts into vapour stateon heating is :

(1) Sodium chloride (2) Sugar

(3) Ammonium chloride (4) Potassium chloride

27. Choose the incorrect statement about colloid :

(1) It is a heterogenous mixture

(2) They do not settle down when left undisturbed

(3) They can be separated from the mixture byfiltration.

(4) dispersed phase and dispersion medium aretwo components of colloidal solution.

28. Match the Column I and Column II and selectthe correct option from given below :

Column I Column II(i) Evaporation (a) Separation of two

miscible liquids

(ii) Distillation (b) Separation of puresolid

(iii) Density dependent (c) Separation of dyefrom water

(iv)Crystallization (d) Separation of twoimmiscible liquids

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

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

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

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

24. ci QZ dk xyukad gS &(i) 273.16 K. (ii) 273.16°C

(iii) 0°C (iv) 0 K

(1) (i) vkSj (iii) (2) (ii) vkSj (iv)

(3) dsoy (i) (4) dsoy (ii)

25. rst gokvksa okys fnuksa esa di M+s t Ynh l w[ k t krs gSa D; ksafd &

(1) t yok"i ds d.k gok ds l kFk nwj pys t krs gSaA

(2) pkjksa vksj t yok"i dh ek=kk ?kV t krh gSA

(3) pkjksa vksj t yok"i dh ek=kk c<+ t krh gSA

(4) (1) rFkk (2) nksuksaA

26. Bksl ] ft l s xeZ djus i j l h/ s ok"i voLFkk esa i fjofrZr gks t krk gS]og gS &

(1) l ksfM; e DyksjkbM (2) ' kdZjk

(3) veksfu; e DyksjkbM (4) i ksVSf' k; e DyksjkbM

27. dksykbM ds ckjs esa xyr dFku pqusa &

(1) ; g , d fofo/ feJ.k gSA

(2) t c bl s ck/ kjfgr NksM+ fn; k t k, rks os uhps ugha cSBrs gSaA

(3) bUgsa feJ.k l s Nku dj vyx fd; k t k l drk gSA

(4) dksykbMy ?kksy ds nks ?kVd i zdh.kZ voLFkk rFkk i zdh.kZek?; e gSaA

28. LrEHk (I) rFkk LrEHk (II) dks feyk, ¡ rFkk uhps fn, x, fodYi ksa esal gh fodYi pqusa &

LrEHk (I) LrEHk (II)

(i) ok"i hdj.k (a) nzo dk vyxko

(ii) vkl ou (b) ' kq¼ Bksl dk vyxko

(iii) ?kuRo ds v / hu (c) t y l s jax dk vyxko

(iv)fØLVyhdj.k (d)nks vfeJ.kh; nzoksa dk vyxko(1) (i-c); (ii-a); (iii-d); (iv-b)

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

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

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


29. Which of the following are chemical changes ?

(1) Rusting of almirah

(2) Water extinguishing fire

(3) Burning of paper

(4) All of these

30. The constituents of mixture are X, Y, Z. Ifmixture containing X and Y is taken, X can beseparated by chromatography from Y. If mixtureY and Z is taken can be separated by distillation?

Identify X, Y, Z respectively.

(1) Dye, Water, Acetone

(2) Sulphur, Water, Acetone

(3) Iron, Salt, Water

(4) Iron, Sand, Sulphur31. Which of the following represents 88g of dry ice,

correctly.(i) 2 moles of CO2(ii) 2 moles of CO(iii) 1.2044 1024 molecules of CO2(iv)1.2044 1024 molecules of CO.(1) (i) (2) (i) and (iii)(3) (ii) (4) (ii) and (iv)

32. Which of the following represents Avogadronumber ?(1) 1 g of 12C (2) 12g of 12C(3) 1 g of H2O (4) All of the above

33. Atomic radius is measured in :(1) milimeter (2) nanometer(3) micrometer (4) meter

34. Which of the following statement(s) are correctfor the Thomson’s model of atom ?(i) The mass and positive charge of atom is

concentrated in the nucleus.(ii) The mass of atom is assumed to be uniformly

distributed over the atom.(iii) The positive charge of atom is assumed to

be uniformly distributed over the atom.(iv)The negative and positive charges are equal

in magnitude(1) (i), (ii) & (iii) (2) (ii), (iii) & (iv)(3) (i), (iii) & (iv) (4) (i), (ii) & (iv)

29. fuEufyf[ kr esa dkSu jkl k; fud i fjoÙkZu gS\(1) vkyekjh dk t ax yxuk(2) t y l s vkx cq>kuk(3) dkxt dk t yuk(4) buesa l s l Hkh

30. X, Y, Z fdl h feJ.k ds vo; o gSA ; fn X rFkk Y okys feJ.kdks fy; k t krk gS rks X dks Y l s ØkseSVksxzki Qh }kjk vyx fd; k t kl drk gSA ; fn Y rFkk Z ds feJ.k dks fy; k t krk gS rks bUgsa vkl ou}kjk vyx fd; k t k l drk gS\ X, Y rFkk Z dks Øe' k% pqusa &(1) jax] t y] , l hVksu(2) l Yi Qj] t y] , l hVksu(3) yksgk] yo.k] t y(4) yksgk] ckyw] l Yi Qj

31. fuEufyf[ kr esa dkSu l gh : i l s 88 xzke ' kq"d ci QZ dks n' kkZrk gS\(i) CO2 dk 2 eksy(ii) CO dk 2 eksy(iii) CO2 dk 1.2044 1024 v .kq(iv) CO dk 1.2044 1024 v .kq(1) (i) (2) (i) rFkk (iii)(3) (ii) (4) (ii) rFkk (iv)

32. fuEufyf[ kr esa dkSu , oksxkMªks l a[ ; k dks i znf' kZr djrk gS\(1) 12C dk 1g (2) 12C dk 12 g

(3) H2O dk 1g (4) mi ; qZDr l Hkh33. i jek.kq f=kT; k eki k t krk gS &

(1) feyhehVj esa (2) uSuksehVj esa(3) ekbØksehVj esa (4) ehVj esa

34. i jek.kq ds FkkWel u ekWMy ds fy, fuEufyf[ kr esa dkSu l k dFkul R; gS\(i) i jek.kq dk nzO; eku rFkk vkos' k dsUnzd esa dsfUnzr gksrk gSA(ii) dYi uk fd; k x; k fd i jek.kq dk nzO; eku rRoksa i j l eku

: i l s forfjr jgrk gSA(iii) dYi uk fd; k x; k fd / ukos' k i jek.kq i j l eku : i l s

forfjr jgrk gSA(iv) Í .kkos' k rFkk / ukos' k l eku i fjek.k esa gksrs gSaA(1) (i), (ii) vkSj (iii) (2) (ii), (iii) vkSj (iv)

(3) (i), (iii) vkSj (iv) (4) (i), (ii) vkSj (iv)


35. Match the Column I and Column II and selectthe correct option.

Column I Column II(I) 40 40

18 20Ar, Ca (A) Isotopes(II) Al3+, Cl– (B) Isotones(III) 14 16

6 8C, O (C) Isobars(IV) 12 13

6 6C, C (D) Ions(1) (I-C); (II-D); (III-B); (IV-A)(2) (I-A); (II-D); (III-B); (IV-C)(3) (I-C); (II-B); (III-D); (IV-A)(4) (I-A); (II-B); (III-D); (IV-C)

36. Element Boron exists as isotopes in nature :10B having atomic mass 10.013 amu11B having atomic mass 11.009 amu

What percentage of 10B and 11B presentrespectively?(Given atomic mass of Boron = 10.8)(1) 19.97% and 80.1% (2) 80.1% and 19.97%(3) 50% and 50% (4) 40% and 60%

37. Few statements regarding distribution ofelectrons in energy shells are given. Choose theincorrect statement :(1) Electrons are accomodated in a given shell,

unless the inner shells are filled.(2) The maximum number of electrons that can

be accomodated in outermost shell is 8.(3) The maximum number of electrons present

in a shell is given by 2n2.(4) Maximum number of electrons present in

L-shell is 8.38. Choose the correct statement regarding Van

Arkel method :(1) It is based on thermal decomposition of

non-metal components(2) It is based on thermal decomposition of metal

components(3) It is based on boiling point of different metals(4) It is based on the property that when an

impure molten metal is cooled gradually, onlythe pure crystals of metals are formed

35. l rEHk (I) rFkk LrEHk (II) dks feyk, ¡ rFkk l gh fodYi dks pqusa &LrEHk I LrEHk II

(I) 40 4018 20Ar, Ca (A) l eLFkkfud

(II) Al3+, Cl– (B) l eU; wVªkWfud(III) 14 16

6 8C, O (C) l eHkkfjd(IV) 12 13

6 6C, C (D) vk; u(1) (I-C); (II-D); (III-B); (IV-A)(2) (I-A); (II-D); (III-B); (IV-C)(3) (I-C); (II-B); (III-D); (IV-A)

(4) (I-A); (II-B); (III-D); (IV-C)

36. rRo cksjkWu i zdfr esa l eLFkkfud ds : i esa fo| eku jgrk gS &10.013 amu i jek.kq nzO; eku okyk 10B

11.009 amu i jek.kq nzO; eku okyk 11B

10B rFkk 11B Øe' k% fdl i zfr ' krrk esa mi fLFkr jgrs gSa\(cksjkWu dk fn; k x; k i jek.kq nzO; eku = 10.8)

(1) 19.97% rFkk 80.1% (2) 80.1% rFkk 19.97%

(3) 50% rFkk 50% (4) 40% rFkk 60%

37. Åt kZ d{k esa bysDVªkWuksa ds forj.k ds ckjs esa dqN dFku fn, x,gSaA xyr dFku dks pqusa &

(1) bysDVªkWu fn, x, d{k esa rc rd l ek; ksft r gksxk t c rdvkarfjd d{k Hkj u t k, A

(2) okg~; d{k esa l ek; ksft r bysDVªkWuksa dh mPpre l a[ ; k 8 gSA

(3) , d d{k esa mi fLFkr bysDVªkWuksa dh mPpre l a[ ; k 2n2 fn; kx; k gSA

(4) L- d{k esa mi fLFkr bysDVªkWuksa dh mPpre l a[ ; k 8 gSA

38. okWu vkdsZy fof/ ds ckjs esa l gh dFku dks pqusa &

(1) ; g v / kfRod vo; oksa ds m"eh; v i ?kVu i j vk/ kfjrgSA

(2) ; g / kfRod vo; oksa ds m"eh; v i ?kVu i j vk/ kfjrgSA

(3) ; g fHkUu&fHkUu / krqvksa ds DoFkukad i j vk/ kfjr gSA

(4) ; g ml xq.k i j vk/ kfjr gS t c fi ?kyk gqvk v ' kq¼ / krq/ hjs&/ hjs BaMk gksrk gS rks dsoy / krq dk ' kq¼ fØLVy curkgSA


39. The composition of aqua-regia is :(1) Dil. HCl : Conc. HNO3 = 3 : 1(2) Conc. HCl : Dil. HNO3 = 3 : 1(3) Dil. HCl : Dil. HNO3 = 3 : 1(4) Conce. HCl : Conc. HNO3 = 3 : 1

40. Phosphine gas is produced by heating :(1) Red phosphorous in absence of moisture.(2) Red phosphorous in presence of moisture(3) White phosphorous in presence of moisture(4) White phosphorous in absence of moisture

41. Which of the following statement is wrong forthe given figure ?

Cell Wall

Plasmamembrane

Ribosome

Nucleoid

(1) Nuclear region is poorly defined.(2) Many functions are performed by poorly

organised parts of the cytoplasm.(3) They mostly contain single chromosome(4) Nucleus play a central role in the given

figure.42. Mitochondria are strange organelles because

they possess their own ............ and ........... :(1) DNA (2) ribosomes(3) stroma (4) both (1) and (2)

43. If RER is absent in a cell, what would happen tothe cell ?(1) There will be no energy production in the cell(2) The cell would become swollen in few days(3) There will no protein sysnthesis in the cell.(4) There will be no transport of materials outside

the cell.

39. , Dok&jsft ; k fdl dk l a?kVd gS &(1) ruq HCl : l kUæ HNO3 = 3 : 1

(2) l kUæ HCl : ruq HNO3 = 3 : 1

(3) ruq HCl : ruq HNO3 = 3 : 1

(4) l kUæ HCl : l kUæ HNO3 = 3 : 1

40. fdl ds xeZ gksus l s i QkWLi Qhu xSl mRi Uu gksrk gS &(1) ueh dh vuqi fLFkfr esa yky i QkWLi Qksjl(2) ueh dh mi fLFkfr esa yky i QkWLi Qksjl(3) ueh dh mi fLFkfr esa ' osr i QkWLi Qksjl(4) ueh dh vuqi fLFkfr esa ' osr i QkWLi Qksjl

41. fn, x, fp=k ds fy, fuEufyf[ kr dFkuksa esa dkSu xyr gS\

IykTek f>Yyh

j kbckst ksEl

dksf' kdk fHkfÙk

U; wfDy; ksbM

(1) ukfHkdh; {ks=k vPNs l s i fjHkkf"kr ugha gSA(2) dksf' kdk nzO; ds vO; ofLFkr Hkkx ds }kjk cgqr l s dk; Z fd; s

t krs gSaA(3) muesas v f/ drj , d xq.kl w=k gksrs gSaA(4) dsfUnzdk fn, x, fp=k esa eq[ ; Hkwfedk fuHkkrk gSA

42. ekbVksdkWf.Mª; k vn~Hkwr vax gksrs gS D; ksafd os v i uk [ kqn dk............ rFkk ............ / kj.k djrs gSA(1) Mh, u, (2) jkbcksl kse(3) LVªksek (4) (1) vkSj (2) nksuksa

43. vxj [ kqjnjh vari znzO; h t kfydk dksf' kdk esa vuqi fLFkr gS] rksdksf' kdk ds l kFk D; k gksxk\(1) dksf' kdk ds vUnj dksbZ mQt kZ dk mRi knu ugha gksxk(2) dksf' kdk dqN fnuksa esa i Qqyk gqvk gks t k, xkA(3) dksf' kdk esa i zksVhu l a' ys"k.k ugha gksxkA(4) dksf' kdk ds ckgj nzO; ksa dk i fjogu ugha gks i k; sxkA


44. Study the following statements about the tissuewhich provide flexibility in plants and thenchoose the correct option.(I) It allows easy bending in various parts of

plant.(II) It provides mechanical support to plants.(III) Large spaces are present in between the

cells.(IV) These tissues help in storage of food.(V) We can find these in leaf stalks below the

epidermis(1) (III) and (IV) are wrong(2) (I) and (III) are correct(3) (I), (II) and (V) are correct(4) (II), (III) and (V) are wrong

45. Column A Column B(I) Simple squamous (A) Lining of kidney

epithelium tubules(II) Columnar epithelium (B) Skin(III) Cuboidal epithelium (C) Oesophagus(IV) Stratified squamous (D) Respiratory tract

epithelium(1) (I-B); (II-C); (III-D); (IV-A)(2) (I-C); (II-D); (III-A); (IV-B)(3) (I-D); (II-B); (III-A); (IV-C)(4) (I-C); (II-D); (III-B); (IV-A)

46. The fluid in blood in which RBC, WBC andplatelets are suspended is called plasma. Plasmaalso contains :(1) Proteins and hormones(2) Vitamins and salts(3) Fat globules(4) Zinc ion and salts

47. The incorrect statement about the tissue presentin brain, spinal cord and nerves is :(1) They are highly specialised for being

stimulated(2) It consist of a cell body, nucleus and cytoplasm(3) It has a single long part called axon(4) It has short, unbranched parts called

dendrites

44. mÙkdksa ds ckjs esa fuEufyf[ kr dFkuksa dks i <+sa t ks i kS/ ksa dks yphyki ui znku djrs gSa rFkk l gh dFku dk p; u djsaA(I) ; g i kS/ s dks fofHkUu Hkkxksa esa vkl kuh l s eqM+us dh bt kt r nsrk

gSA(II) ; g i kS/ ksa dks ; kaf=kd enn i znku djrk gSA(III) dksf' kdkvksa ds chp cM+k t xg ekSt wn jgrk gSA(IV) ; s mÙkd Hkkst u l axzg esa enn djrs gSaA(V) ge bUgsa i fÙk; ksa ds vk/ kj MaBy ds okg~; Ropk ds uhps i k

l drs gSaA(1) (III) vkSj (IV) nksuksa xyr gSaA(2) (I) vkSj (III) nksuksa l gh gSaA(3) (I), (II), vkSj (V) l gh gSaA(4) (II), (III) vkSj (V) xyr gSaA

45. LrEHk v * LrEHk c*(i) l k/ kj.k i i Mh+nkj mi dyk (A) oDd FkSyh dh l rg(ii) LraHkkdkj mi dyk (B) Ropk(iii) ?kukHk mi dyk (C) Hkkst u ufydk(iv) Lrjhdr i i M+hnkj mi dyk (D) ' ol u i Fk(1) (I-B); (II-C); (III-D); (IV-A)

(2) (I-C); (II-D); (III-A); (IV-B)

(3) (I-D); (II-B); (III-A); (IV-C)

(4) (I-C); (II-D); (III-B); (IV-A)

46. jDr esa nzo ft l esa yky jDrdf.kdk, ¡ ] ' osr jDrdf.kdk, ¡ rFkkfcack.kq jgrs gSa] IykTek dgykrs gSaA IykTek esa ; s Hkh gksrs gSa%&(1) i zksVhu rFkk gkeksZu(2) foVkfeu rFkk yo.k(3) ol k cw¡n(4) ft ad vk; u rFkk yo.k

47. efLr"d] es: n.M rFkk / euh esa mi fLFkr mÙkdksa ds ckjs esa xyrdFku gSµ

(1) ; s i zsfjr gksus ds fy, fof' k"V gSA

(2) bl esa dksf' kdkdk; ] dsUnzd rFkk dksf' kdknzO; i k; s t krs gSaA

(3) bl esa , dy yEch raf=kdk{k gksrh gSA

(4) bl esa NksVk] Hkkx æqek{; dgykrk gSA


48. Which of the following is not a part of xylem ?(1) Xylem tracheids (2) Xylem fibres

(3) Xylem collenchyma (4) Xylem vessels

49. How many statements given below are false ?

(I) Plants that do not have well-differentiated bodydesign fall in the group of Thallophyta.

(II) The plant body of Bryophyta is commonlydifferentiated into stem and leaf-l ikestructures.

(III) Marsilea, ferns and horse-tails come ingroup of Pteridophyta.

(IV) Gymnosperms bear naked seeds and areusually perennial.

(V) Funaria is a bryophyte.

(1) Two (2) None (3) Three (4)One

50. The above plant comes in the category of :

Chara(1) Thallophyta (2) Bryophyta

(3) Pteridophyta (4) Gymnosperms51. The below figure comes in the kingdom of :

Restingspore

Heterocyst

Anabaena(1) Monera (2) Protista

(3) Fungi (4) Animalia

48. fuEufyf[ kr esa dkSu t kbye dk Hkkx ugha gSµ(1) t kbye okfgfudh (2) t kbye rarq(3) t kbye dkWysadkbek (4) t kbye okfgdk

49. uhps fn, x, dFkuksa esa fdrus xyr gSa\

(I) i kS/ ksa esa FkSyksi QkbVk ds l ewg esa ' kkfjfjd vkdkj i w.kZ–foHksfnrugha gSA

(II) czk; ksi QkbV dk i kS/ k l kekU; r; k ruk rFkk i Ùkh dh rjg l ajpukesa foHkDr jgrs gSaA

(III) el sZfy; k] i QuZ rFkk gkWl ZµVsy VSfjMksi QkbV oxZ esa vkrs gSaA

(IV) ft EuksLi eZ esa cht vkukor rFkk i zk; % ckjgekl h gksrs gSa

(V) Ý; wusfj; k , d czk; ksi QkbV gSA

(1) nks (2) dksbZ ugaha (3) rhu (4) , d

50. uhps dk i kS/ k bl dh Js.kh esa vkrk gSµ

pkj k(1) FkSyksi QkbV (2) czk; ksi QkbV(3) VSfjMksi QkbV (4) ft EuksLi eZ

51. uhps dk fp=k bl t xr esa vkrk gS

foJkecht k.kq

gsVsjksfl LV,ukchuk

(1) ekWusjk (2) i zksfVLVk(3) dod (4) t Urq


52. Which of the following characters is notpossessed by chordates ?(1) They have a notochord(2) They have a dorsal nerve cord(3) They are triploblastic(4) They are acoelomate

53. The name and group of organism causing pepticulcer is :(1) Paramoecium, Fungi(2) Leishmania Donovani, Protozoa(3) Helicobacter Pylori, Bacteria(4) Rhinovirus, Virus

54. Which of the following disease is caused by thebacterium, Staphylococci ?(1) Sleeping sickness (2) Ascariasis(3) Kala azar (4) Acne

55. How many statements given below are wrong ?(I) Syphilis is spread by means of air.(II) Mosquitoes are the commonest vectors which

spread disease.(III) Pneumonia is a disease which spread

through air.(IV) An active immune system recruits many

cells to the affected tissue to kill off thedisease causing microbes.

(V) Dengue fever and influenza are caused byfungi.

(1) One (2) Two (3) Three (4)Four56. Which of the following organism is shown in the

below figure ?

(1) Staphylococci (2) SARS virus(3) Trypanosoma (4) Leishmania

52. fuEufyf[ kr xq.kksa ds dkSu dkWMsZV ( jTt qdh) esa i k; k t krk gS\(1) muesa i "B jTt q gksrs gSaA(2) muesa i "B raf=kdk jTt q gksrs gSaA(3) os f=kdksjdh gksrs gSaA(4) os i zxqgh gksrs gSaA

53. i sIVhd vYl j mRi Uu djus okys t ho ds oxZ rFkk uke gSa(1) i Sjkehf' k; e] dod(2) ysl ekfu; k Mksuksokuh] i zksVkst ksvk(3) gSfydkscSDVj i k; jksyh] cSDVhfj; k(4) jkbuksokbjl ] ok; j l

54. fuEufyf[ kr esa dkSu l h fcekjh cSDVsfj; e] LVSfi Qyksdksdl ds dkj.kgksrk gS\(1) fuanzk jksx (2) , sLdsfj, fl l(3) dkyk–t kj (4) eq¡gkl k

55. uhps fn, x, fdrus dFku xyr gSa\(I) fl i Qfyl ok; q ds }kjk i QSyrk gSA(II) ePNj l cl s l kekU; osDVj gS t ks fcekjh i QSykrk gSA(III) fueksfu; k , d fcekjh gS t ks ok; q ds }kjk i QSyrk gSA(IV) l fØ; i zfr j{kh i ¼fr cgqr l kjh dksf' kdkvksa dks i zHkkoh

mÙkdksa i j fcekjh mRi Uu djus okys jksxk.kq dks ekjus ds fy,cukrk gSA

(V) Msaxw cq[ kkj rFkk buÝ; w, Ut k] dod }kjk gksrk gSA(1) , d (2) nks (3) rhu (4) pkj

56. uhps ds fp=k esa fuEufyf[ kr t hoksa esa fdl s fn[ kk; k x; k gS\

(1) LVSfi Qyksdksdh (2) l kl Z okbjl(3) fVªi suksl ksek (4) ysl ekfu; k


57. The antibiotic Penicillin kills bacteria by :(1) blocking the process that build the cell wall.(2) inhibiting the nuclear region.(3) blocking the function of mitochondria so that

there is no energy production.(4) direct lysis of cell.

58. The following unit is not used to measureturbidity of water ?(1) NTU (2) ATU(3) JTU (4) FTU

59. In filtration, the amount of dissolved solidspassing through the filters is :(1) Difference between total solids and suspended

solids.(2) Sum of total solids and suspended solids.(3) Independent of suspended solids.(4) None of these

60. At the end of pollen tube, there are two nucleicalled :(1) Sperm and ovum(2) Tube nucleus and generative nucleus(3) Tube nucleus and sperm(4) Generative nucleus and sperm

61. Decimal representation of a rational numbercannot be :(1) terminating(2) non-terminating(3) non-terminating repeating(4) non-terminating non-repeating

62.1

9 8 is equal to :

(1) 1 3 2 22

(2)1

3 2 2

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

63. Simplify :

211 42(625)

.

(1) 04 (2) 05(3) 08 (4) 10

57. jskx–i zfrdkjd i sful hfy; e] cSfDVfj; k ( t hok.kq) dks ekjrk gSµ(1) dksf' kdk fHkfÙk cukus dh i zfØ; k dks can djds(2) dsUnzd LFkku dks jksd ds(3) ekbVksdkWfUMª; k ds dk; Z dks jksddj rkfd dksbZ mQt kZ mRi Uu u

gksA(4) dksf' kdk dk i zR; {k VwVuk

58. t y ds xanki u dks eki us ds fy, fuEufyf[ kr esa dkSu l h bdkbZugha gSa\(1) , u Vh ; w (2) , Vh ; w(3) t s Vh ; w (4) , i Q Vh ; w

59. fuL; Unu esa] ?kqys gq, Bksl ksa dh ek=kk Nuus ds }kjk fudyrk gSµ(1) i wjk Bksl rFkk fuyafcr Bksl ds chp vUrj gSA(2) i wjk Bksl rFkk fuyafcr Bksl dk ; ksx gSA(3) fuyafcr Bksl l s Lora=k(4) buesa l s dksbZ ugha

60. i jkxuyh ds vafre NksM+ i j nks dsUnzd gksrs gaS t ks dgykrs gSaµ(1) cht rFkk cht k.kq(2) dsUnzd uyh rFkk mRi knd dsUnz(3) dsUnzd uyh rFkk cht(4) mRi knd uyh rFkk cht

61. i fjes; l a[ ; k dk n' keyo fu: i .k ugha fd; k t k l drk gS &(1) l hfer(2) v l hfer(3) v l hfer vkofÙk(4) v l hfer & vukofÙk

62.1

9 8 cjkcj gS :

(1) 1 3 2 22

(2)1

3 2 2

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

63. l jy djsa :

211 42(625)

.

(1) 04 (2) 05(3) 08 (4) 10


64. Find the value of a, if x – a is a factor ofx3 – ax2 + 2x + a – 1.

(1)13 (2)

43 (3)

413 (4)

913

65. On plotting the points O (0, 0), A (3, 0), B (3, 4),C (0, 4) and joining OA, AB, BC and CO which ofthe following figure is obtained ?(1) Square (2) Rectangle(3) Trapezium (4) Rhombus

66. In Fig., if AB CD EF, PQ RS, RQD 25 and

CQP = 60°, then QRS is equal to :

A B

C D

E F

Q

RS

25°60°

P

(1) 85° (2) 135° (3) 145° (4) 110°67. Find the measure of an angle, if six times its

complement is 12° less than twice itssupplement.(1) 24° (2) 84° (3) 48° (4) 54°

68. In the adjoining figure, what value of x will makeAOB, a straight line ?

(3x+20)° (4x–36)°

A BO

(1) 82 (2) 42 (3) 38 (4) 28

69. In the given figure, AB PQ . Find the values of xand y.

E

FP Q

A BGx°

25°y°

20°75°

(1) x = 70°, y = 50° (2) x = 35°, y = 45°(3) x = 65°, y = 40° (4) x = 80°, y = 20°

64. a dk eku Kkr djsa] ; fn x – a , x3 – ax2 + 2x + a – 1 dk, d xq.ku[ k.M gSA

(1)13 (2)

43 (3)

413 (4)

913

65. fcUnq O (0, 0), A (3, 0), B (3, 4), C (0, 4) dks vkysf[ krfd; k rFkk OA, AB, BC rFkk CO dks t ksM+k x; k gSA fuEufyf[ kresa dkSu l h vkdfr i zkIr gksrh gS \(1) oxZ (2) l edks.k(3) v l ekarj prqHkqZt (4) l eprqHkqZt

66. fp=k esa] ; fn AB CD EF, PQ RS, RQD 25 rFkkCQP = 60°, rc QRS cjkcj gS &

A B

C D

E F

Q

RS

25°60°

P

(1) 85° (2) 135° (3) 145° (4) 110°67. , d dks.k dh eki Kkr djsa ; fn bl ds i wjd dk Ng xq.kk] bl ds

vuqi wjd ds nksxq.kk l s 12° de gSA(1) 24° (2) 84° (3) 48° (4) 54°

68. l ayXu fp=k esa] x dk eku D; k gS ft l l s AOB , d l h/ h js[ kk gkst k, \

(3x+20)° (4x–36)°

A BO

(1) 82 (2) 42 (3) 38 (4) 28

69. fn, x, fp=k esa] AB PQ . x rFkk y dk eku Kkr djsaA

E

FP Q

A BGx°

25°y°

20°75°

(1) x = 70°, y = 50° (2) x = 35°, y = 45°

(3) x = 65°, y = 40° (4) x = 80°, y = 20°


70. In a trapezium ABCD, if E and F be the mid-pointsof the diagonals AC and BD respectively. Then,EF = ?

E F

D C

A B

(1)1 AB2 (2)

1 CD2

(3)1 (AB CD)2

(4)1 (AB CD)2

71. In a quadrilateral ABCD, it is given that BD = 16 cm.If AL BD and CM BD such that AL = 9 cmand CM = 7 cm, then ar(quad. ABCD) = ?

D

AM

LC

B(1) 256 cm2 (2) 128 cm2

(3) 64 cm2 (4) 96 cm2

72. In a gm ABCD, if P and Q are midpoints of AB

and CD respectively and ar( gm ABCD) 16 cm2,

then ar( gm APQD) ?

D Q C

A P B(1) 8 cm2 (2) 12 cm2 (3) 6 cm2 (4) 9 cm2

73. In the given figure, O is the centre of the circle.If ABD = 35° and BAC = 70°, find ACB.

35°70°O

CD

A B

(1) 65° (2) 75° (3) 85° (4) 55°

70. l eprqHkqZt ABCD esa] ; fn fod.kZ AC rFkk BD dk eè; fcUnqØe' k% E rFkk F gSA rks EF = ?

E F

D C

A B

(1)1 AB2 (2)

1 CD2

(3)1 (AB CD)2

(4)1 (AB CD)2

71. prqHkqZt ABCD esa] ; g fn; k x; k gS fd BD = 16 cm. ; fnAL BD rFkk CM BD bl i zdkj gS fd AL = 9 cm

rFkk CM = 7 cm, rks {ks=ki Qy (prqHkqZt ABCD) = ?D

AM

LC

B(1) 256 cm2 (2) 128 cm2

(3) 64 cm2 (4) 96 cm2

72. l ekUrj prqHkqZt ABCD, esa] ; fn AB and CD dk eè; fcUnqØe' k% P r Fkk Q gS rFkk {ks=ki Qy ( l ekUr j pr qHkqZtABCD) = 16 cm2 rks {ks=ki Qy ( l ekUrj prqHkqZt APQD) ?

D Q C

A P B(1) 8 cm2 (2) 12 cm2 (3) 6 cm2 (4) 9 cm2

73. fn, x, fp=k esa] oÙk dk dsUnz O gSA ; fn ABD = 35° rFkkBAC = 70°, ACB Kkr djsaA

35°70°O

CD

A B

(1) 65° (2) 75° (3) 85° (4) 55°


74. In the given figure, O is the centre of the givencircle and measure of arc AOC is 100°.Determine ADC and ABC.

D

O

A

B

C100°

(1) ADC = 50°, ABC = 130°

(2) ADC = 60°, ABC = 120°

(3) ADC = 45°, ABC = 110°

(4) ADC = 75°, ADC = 110°75. 2.2 cu dm of brass is to be drawn into a cylindrical

wire of diameter 0.50 cm. Find the length of thewire.(1) 112 m (2) 118 m(3) 211 m (4) 145 m

76. The mean marks scored by 40 students werefound to be 60. Later it was observed that a scoreof 48 was misread as 84. Then the correct meanis _______ .(1) 58 (2) 58.2(3) 59.1 (4) 59

77. Volume of a hemisphere is 19404 cubic cm. Thetotal surface area is ______ .

(1) 2772 sq. cm (2) 4158 sq. cm

(3) 5544 sq. cm (4) 1386 sq. cm

78. Find the area of a trapezium ABCD in which

AB DC , AB = 77 cm, BC = 25 cm, CD = 60 cmand DA = 26 cm.

(1) 204 cm2 (2) 1644 cm2

(3) 1645 cm2 (4) 1600 cm2

79. The angles A, B, C, D in the parallelogram ABCDare ______ .

2a 5a

3aA B

D C(1) 90°, 90°, 90°, 90° (2) 90°, 45°, 30°, 15°(3) 30°, 60°, 20°, 40° (4) 90°, 45°, 15°, 20°

74. fn, x, fp=k esa] O fn, x, oÙk dk dsUnz gS rFkk oÙk pki AOCdh eki 100° gSA ADC rFkk ABC dh x.kuk djsaA

D

O

A

B

C100°

(1) ADC = 50°, ABC = 130°

(2) ADC = 60°, ABC = 120°

(3) ADC = 45°, ABC = 110°

(4) ADC = 75°, ADC = 110°

75. 2.2 ?ku Msñehñ ds i hry dks 0.50 l sehú O; kl ds , d csyukdkjrkj esa [ khapk x; kA rkj dh yEckbZ Kkr djsaA(1) 112 ehVj (2) 118 ehVj(3) 211 ehVj (4) 145 ehVj

76. 40 Nk=kksa }kjk i zkIr fd, x, i zkIrkad dk vkSl r vad 60 i k; k x; kgSA ckn esa ns[ kk x; k fd i zkIr fd, x, vad 48 dks xyrh l s 84i <+ fy; k x; kA rc l gh vkSl r ________ gSA(1) 58 (2) 58.2

(3) 59.1 (4) 59

77. v / Zxksys dk vk; ru 19404 ?ku l sehñ gSA bl dk i w.kZ i "B {ks=ki Qy_________ gSA(1) 2772 oxZ l sehñ (2) 4158 oxZ l sehñ(3) 5544 oxZ l sehñ (4) 1386 oxZ l sehñ

78. v l ekUrj prqHkqZt ABCD dk {ks=ki Qy Kkr djsa ft l esa AB DC ,

AB = 77 l seh, BC = 25 l seh, CD = 60 l seh v kSjDA = 26 l seh.(1) 204 l seh2 (2) 1644 l seh2

(3) 1645 l seh2 (4) 1600 l seh2

79. l ekUrj prqHkqZt ABCD esa dks.k A, B, C, D ______ gSA

2a 5a

3aA B

D C

(1) 90°, 90°, 90°, 90° (2) 90°, 45°, 30°, 15°(3) 30°, 60°, 20°, 40° (4) 90°, 45°, 15°, 20°


80. Mean of 11 observations is 17.5. If oneobservation value 15 is deleted, then the meanof remaining observations is _______ .(1) 15.75 (2) 16.75(3) 17.75 (4) 18.75

81. In the given letter series how many 'R' arefollowed by 'P', but not preceded by 'S'?

S R P R Q R S P R P R P O R P S T P O(1) 4 (2) 3(3) 2 (4) 1

82. Six books, P, Q, R, S, T and U are placedside by side. R, Q and T have blue covers andother books have red covers. Only S and U arenew books and the rest are old, P, R and S arelaw reports, the rest are Gazetteers. Which twobooks are old Gazetteers with blue covers?(1) Q and R (2) Q and T(3) Q and U (4) T and U

83. If in a certain language SURGEON is coded asHFITVLM, how is PHYSICIAN coded in thatlanguage?(1) KSBHRXRZM (2) LTAKJYJUP(3) IETWSOSHK (4) GMDLFQFVX

84. Gaurav walks 20 metres towards North. He thenturns left and walks 40 metres. He again turnsleft and walks 20 metres. Further, he moves20 metres after turning to the right.How far ishe from his original position?(1) 20 metres (2) 30 metres(3) 50 metres (4) 60 metres

85. Select a figure from the options which willreplace the question mark to complete the givenseries.

?×× ×××× × × ××× × × ×

××××××××

××

(1)××××× (2)

××××××

(3)××××× (4)

××××××

80. 11 i zs{k.kksa dk vkSl r 17.5 gSA ; fn , d i zs{k.k eku 15 dks feVkfn; k x; k rks cps gq, i zs{k.kksa dk vkSl r _______ gSA(1) 15.75 (2) 16.75(3) 17.75 (4) 18.75

81. fn, x, v {kj Ja[ kyk esa fdrus 'R' gS t ks 'P' ds i hNs gS i jUrq Sl s vkxs ugha gS\

S R P R Q R S P R P R P O R P S T P O(1) 4 (2) 3(3) 2 (4) 1

82. N% fdrkcs P, Q, R, S, T rFkk U l kFkµl kFk j[ ks gSA R, Q rFkkT dk ft Yn uhyk gS rFkk vU; yky ft Yn dk gS dsoy S rFkk UubZ fdrkc gS rFkk ck¡dh i qjkuh] P, R rFkk S fu; e fooj.k gS] ck¡dhfoojf.kdk gSA dkSu l h nks fdrkcsa uhys ft Yn ds l kFk i qjkuhfoojf.kdk gSA(1) Q rFkk R (2) Q rFkk T(3) Q rFkk U (4) T rFkk U

83. ; fn fdl h Hkk"kk esa SURGEON dks HFITVLM l s l adsr fd; kx; k gS] rks PHYSICIAN dks ml Hkk"kk esa dSl s l adsr fd; kt k, xk\(1) KSBHRXRZM (2) LTAKJYJUP

(3) IETWSOSHK (4) GMDLFQFVX

84. xkSjo mÙkj dh vksj 20 ehVj pyrk gSA ml ds ckn og ck, ¡ eqMrkgS rFkk 40 ehVj pyrk gSA og fi Qj ck, ¡ eqM+rk gS rFkk 20 ehVjpyrk gSA fi Qj] nk, ¡ eqM+us ds ckn 20 ehVj pyrk gS A og v i usokLrfod LFkku l s fdruk nwj gS\(1) 20 ehVj (2) 30 ehVj(3) 50 ehVj (4) 60 ehVj

85. fodYi l s fp=k dks pqusa t ks nh xbZ Ja[ kyk ds i z' uokpd fpg~u dksfoLFkkfi r dj bl s i wjk djsxkA

?×× ×××× × × ××× × × ×

××××××××

××

(1)××××× (2)

××××××

(3)××××× (4)

××××××


86. A set of three figures X, Y and Z shows a sequenceof folding of a piece of paper. Figure (Z) showsthe manner in which the folded paper has beencut. Select the figure from the options whichwould resemble the unfolded form of paper.

X Y Z

(1) (2)

(3) (4)

87. There is a definite relationship between figuresP and Q. Establish a similar relationship betweenfigures R and S by selecting a suitable figurefrom the options that would replace (?) in figureR.

P Q R S

(1) (2)

(3) (4)

88. In the diagram, the triangle stands for graduates,square stands for membership of professionalorganizations and the circle stands formembership of social organizations.Number of graduates in social organizations butnot in professional organization is _____.

1

7 3 64

5

2

(1) 1 (2) 5 (3) 6 (4)5 and 6

86. uhps rhu fp=k X, Y, Z , d dkxt ds VqdM+s ds eksM+ ds Øe dksn' kkZrk gSA fp=k (Z) ml rjhds dks n' kkZrk gS ft l ess eqM gqvk dkxtdVk gqvk gSA fodyi l s fp=k dks pqus t ks [ kqys gq, dkxt ds l n' kgksuk pkfg, A

X Y Z

(1) (2)

(3) (4)

87. fp=k P rFkk Q ds chp , d fuf' pr l aca/ gSA fodYi l s mi ; qDrfp=k dks pqusa t ks fp=k esa (?) dks foLFkkfi r dj muds chp oSl k ghl aca/ LFkkfi r djrk gSA

P Q R S

(1) (2)

(3) (4)

88. fp=k esa] f=kHkqt dk vFkZ Lukrd gS] oxZ dk vFkZ O; ol kf; d l axBudk l nL; gS rFkk oÙk dk vFkZ l kekft d l axBu dk l nL; gSAl kekft d l axBuksa esa Lukrdksa dh l a[ ; k _____ gS i jUrq O; ol kf; dl axBu esa ugha gSA

1

7 3 64

5

2

(1) 1 (2) 5 (3) 6 (4)5 vkSj 6


89. In which of the following figures the fig. (X) isexactly embedded?

Fig.(X)

(1) (2)

(3) (4)

90. Ajit is fatter than Ranjit who is thinner thanVikas. Mohan is thinner than Ajit but fatter thanVikas. Two other men are fatter than Ajit. Whois the thinest?

(1) Ajit (2) Ranjit (3) Vikas (4)Mohan

91. How many cubes are there in the pile?

(1) 110 (2) 120 (3) 100 (4)105

92. Find the missing character from the givenoptions.

70 20

50

100

30 10

20

?

80 100

90

70

(1) 30 (2) 40 (3) 50 (4)60

89. fuEufyf[ kr esa fdl fp=k esa fp=k (X) i wjh r jg l s l ekfgr gS\

Fig.(X)

(1) (2)

(3) (4)

90. v t hr] jat hr l s eksVk gS t ks fodkl l s i ryk gSA eksgu v t hr l si ryk gS i jUrq fodkl l s eksVk gSA nks vU; O; fDr v t hr l s eksVkgSA dkSu l cl s i ryk gS\(1) v t hr (2) jat hr (3) fodkl (4) eksgu

91. l ewg esa fdrus ?ku gS\

(1) 110 (2) 120 (3) 100 (4)105

92. fn, x, l ewg l s yqIr vad dks Kkr djsaA

70 20

50

100

30 10

20

?

80 100

90

70

(1) 30 (2) 40 (3) 50 (4)60


93. The four Problem Figures have certain commonfeatures. Select a figure from the options whichis similar to the Problem Figures.

Problem Figures

Answer Figures

(1) (2)

(3) (4)

94. If – means ÷, + means ×, ÷ means –, × means +,then which of the following equation is correct?

(1) 52 ÷ 4 + 5 × 8 – 2 = 36

(2) 43 × 7 ÷ 5 + 4 – 8 = 25

(3) 36 × 4 – 12 + 5 ÷ 3 = 420

(4) 36 – 12 × 6 ÷ 3 + 4 = 60

95. A meaningful word starting with A is made fromthe first, the second, the fourth, the fifth andthe sixth letters of the word 'CONTRACT'. Whichof the following is the middle letter of the word?

(1) C (2) O

(3) R (4) T

96. Pointing to a woman, Naman said, "She is thedaughter of the only child of mygrandmother."How is the woman related toNaman?

(1) Sister (2) Niece

(3) Mother (4) None of these

97. A, B, C, D and E are five friends. A is shorterthan B but taller than E. C is the tallest. D isshorter than B and taller than A. Who has twopersons taller and two persons shorter thanhim/her?

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

93. pkj l eL; k fp=k esa dqN l kekU; vkdfr gSA fodYi l s fp=k dkspqusa t ks l eL; k fp=k ds l eku gSA

l eL; k fp=k

mÙkj fp=k

(1) (2)

(3) (4)

94. ; fn '–' dk eryc ÷, '+' dk eryc ×, ÷ dk eryc '–' × dkeryc '+' gS rks fuEufyf[ kr esa dkSu l k l ehdj.k l R; gS\

(1) 52 ÷ 4 + 5 × 8 – 2 = 36

(2) 43 × 7 ÷ 5 + 4 – 8 = 25

(3) 36 × 4 – 12 + 5 ÷ 3 = 420

(4) 36 – 12 × 6 ÷ 3 + 4 = 60

95. 'CONTRACT' ' kCn ds i gys] nwl js] pkSFks] i k¡posa rFkk NBs v {kjl s cuk , d vFkZi w.kZ ' kCn gS t ks A l s ' kq: gksrk gSA fuEufyf[ kresa dkSu bl ' kCn ds chp dk v {kj gS\

(1) C (2) O

(3) R (4) T

96. ueu , d vkSjr dks fn[ kkrs gq, dgk " og esjh nknh ds bdykSrscPps dh csVh gSA vkSjr] ueu l s dSl s l acaf/ r gS\

(1) cgu (2) Hkrht h

(3) ek¡ (4) buesa l s dksbZ ugha

97. A, B, C, D rFkk E i k¡p nksLr gSaA A, B l s NksVk gS i jUrq E l syEck gSA C l cl s yEck gSA D, B l s NksVk gS rFkk A l s yEck gSAdkSu nks O; fDr ml l s yEck rFkk nks O; fDr NksVk gS\

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


98. A sheet of paper as shown in the figure is foldedso as to form a cube. By identifying the faces,find the side opposite to from amongst thefollowing alternatives.

8

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

99. Determine the pattern and find the correctanswer in place of the question mark.

2, 9, 28, 65, ?

(1) 76 (2) 98 (3) 122 (4)126

100. If 'black' means 'pink', 'pink' means 'blue', 'blue'means 'white', 'white' mean 'yellow', 'yellow'means 'red' and 'red' means 'brown', then whatis the colour of clear sky?

(1) Brown (2) Red (3) Blue (4)White

98. , d dkxt , sl s eksM+k x; k fd og ?ku cu x; k t Sl k fd fp=k esafn[ kk; k x; k gSA fuEufyf[ kr i {kkUrj l s ds foi jhr l rg dks]fodYi l s l rg pqudj Kkr djsaA

8

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

99. Lo: i fu/ kZfjr djsa rFkk i z' uokpd fpg~u ds LFkku i j l gh mÙkjKkr djsaA2, 9, 28, 65, ?

(1) 76 (2) 98 (3) 122 (4)126

100. ; fn dkyk dk eryc xqykch*] xqykch* dk eryc uhyk] uhyk*dk eryc mt yk*] mt yk dk eryc i hyk] i hyk*]dk erycyky* rFkk yky* dk eryc Hkwjk* gS rks l ki Q vkl eku dk jax

D; k gS\(1) Hkwjk (2) yky (3) uhyk (4) mt yk

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GTSE - (SAMPLE PAPER )

ANSWER KEYCLASS - 9

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[time : 2.00 hours] class : ix - pre exam full …space for rough work 01 goal talent search exam -...

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