[Time : 2.00 Hours] CLASS : VIII - PRE EXAM Full Marks : 400 · [Time : 2.00 Hours] CLASS : VIII -...

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 : VIII - PRE EXAM

01. The average speed of a car which covers halfthe distance with a speed of 30 m/s and otherhalf with a speed of 50 m/s in equal intervals oftime is :

(1) 32.8 m/s (2) 44.3 m/s

(3) 37.5 m/s (4) 40.5 m/s

02. A train 100 m long passes over a bridge at avelocity of 60 km/h. If it takes 1 minute to crossthe bridge, the length of the bridge will be :

(1) 800 m (2) 900 m

(3) 700 m (4) 1100 m

03. A stone tied to a string is whirled in a circle. Asit is revolving the rope suddenly breaks. Then :

(1) the stone flies off tangentially

(2) the stone moves radially inward

(3) the stone moves radially outward

(4) the motion of the stone depends upon itsvelocity

04. A man sitting in a train in motion is facing theengine. He tosses a coin up, the coin falls behindhim. The train is moving :

(1) forward with uniform speed

(2) backward with uniform speed

(3) forward with acceleration

(4) forward with deceleration

05. A force of 1200 N acts on a body for 0.2 seconds.Calculate the change in momentum of the body.

(1) 120 N-sec. (2) 6000 N-sec.

(3) 867 N-sec. (4) 240 N-sec.

06. The period of geostationary artificial satellite is:

(1) 24 hours (2) 6 hours

(3) 12 hours (4) 48 hours

07. A thief stole a box with valuable article of weight‘W’ and jumped down a wall of height h. Beforehe reach the ground he experienced a load of :

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

01. , d xkM+h dh vkSl r xfr D; k gS] t ks vk/ h nwjh 30 m/s dh xfrl s r; djrh gS rFkk nwl js vk/ s dks 50 m/s dh xfr l s l ekuvarjky t esa r; djrh gS&(1) 32.8 m/s (2) 44.3 m/s

(3) 37.5 m/s (4) 40.5 m/s

02. 100 m yEch Vªsu 60 km/h ds osx l s , d i qy ds mQi j l sxqt jrh gSA ; fn ; g i qy dks i kj djus esa 1 feuV ysrh gS rks i qydh yEckbZ gksxhµ(1) 800 m (2) 900 m

(3) 700 m (4) 1100 m

03. , d i RFkj , d / kxs l s ca/ k gS t ks oÙk esa ?kwe jgk gS bl ds ?kwersl e; vpkud jLl h VwV t krh gS] rks(1) i RFkj mQi j dh vksj t k, xk(2) i RFkj v / ZO; kl h; vanj dh vksj t k, xh(3) i RFkj v / ZO; kl h; ckgj dh vksj t k, xh(4) i RFkj dh xfr bl ds osx i j fuHkZj djsxhA

04. , d vkneh] , d xfreku Vªsu i j bZat u dh vksj psgjk dj ds cSBkgSA og , d fl Dds dks mQi j mNkyrk gS] fl Ddk ml ds i hNs fxjrkgSA Vªsu xfr dj jgk gS&(1) l eku xfr l s vkxs dh vksj(2) l eku xfr l s i hNs dh vksj(3) Roj.k ds l kFk vkxs dh vkjs(4) eanu ds l kFk vkxs dh vksj

05. 0.2 l sds.M ds fy, fdl h oLrq i j 1200 N dk cy yxrk gSAoLrq ds vkosx esa i fjoÙkZu dh x.kuk djsaA(1) 120 N-sec. (2) 6000 N-sec.

(3) 867 N-sec. (4) 240 N-sec.

06. HkwfLFkj dkYi fud mQi xzg dk vkoÙkZ dky gS(1) 24 ?kaVk (2) 6 ?kaVk (3) 12 ?kaVk (4) 48 ?kaVk

07. , d pksj W ot u ds cgqewY; oLrqvksa dk , d cDl k pqjk; k rFkkh mQ¡pkbZ ds , d nhokj l s uhps dwn x; kA t ehu i j i gq¡pus l s i gysog fdruk Hkkj vuqHko djsxkµ(1) ' kwU; (2) W/2 (3) W (4) 2W


08. Two objects repel each other. This repulsioncould be due to :

(1) frictional force only

(2) electrostatic force only

(3) magnetic force only

(4) either a magnetic or an electrostatic force09. Fig. shows a container filled with water. Which

of the following statements is correct aboutpressure of water ?

AB

C

(1) Pressure at A > Pressure at B > Pressure at C(2) Pressure at A = Pressure at B = Pressure at C(3) Pressure at A < Pressure at B > Pressure at C(4) Pressure at A < Pressure at B < Pressure at C

10.

A B C

A brick is kept in three different ways on a tableas shown in Fig. The pressure exerted by thebrick on the table will be :(1) maximum in position A(2) maximum in position C(3) maximum in position B(4) equal in all cases.

11. A child is stuck on a frictionless horizontalsurface and cannot exert any horizontal force bypushing against the surface. How can he get off?(1) By running(2) By rolling(3) By jumping(4) By spitting or coughing

08. nks oLrq , d-nwl js dks fodf"kZr djrh gSA ; g fod"kZ.k bl ds dkj.kgks l drk gS(1) dsoy ?k"kZ.k cy(2) dsoy fLFkjoS| qr cy(3) dsoy pqEcdh; cy(4) ; k rks pqEcdh; ; k fLFkjoS| qr cy

09. fp=k t y l s Hkjs , d cÙkZu dks n' kkZrk gSA fuEUfyf[ kr dFkuksa esa dkSut y ds nkc ds ckjs esa l R; gSA

AB

C

(1) A i j nkc > B i j nkc > C i j nkc(2) A i j nkc = B i j nkc = C i j nkc(3) A i j nkc < B i j nkc > C i j nkc(4) A i j nkc < B i j nkc < C i j nkc

10.

A B C

bZaV dks , d est i j rhu fHkUu rjhds l s j[ kk x; k gS t Sl k fd fp=kesa fn[ kk; k x; k gSA bZaV }kjk est i j yxk; k x; k cy gksxkµ(1) fLFkfr A esa egÙke(2) fLFkfr C esa egÙke(3) fLFkfr B esa egÙke(4) l Hkh fLFkfr; ksa esa l eku

11. , d cPpk , d ?k"kZ.kghu {kSfrt l rg i j i Q¡l t krk gS rFkk l rgds foi jhr / Ddk }kjk dksbZ {kSfrt cy ugha yxk l drk gSA og dSl sckgj fudy l drk gSµ(1) nkSM+dj(2) yksVdj(3) dwndj(4) t ks' k l s cksydj ; k [ kk¡l dj


12. A crest of a water wave travels 80 cm in 4 s. Ifthe distance between 2 successive crests is4 mm, what is the frequency of the wave ?(1) 100 Hz (2) 50 Hz (3) 32 Hz (4) 64 Hz

13. A cell converts :(1) Electrical energy into chemical energy(2) Chemical energy into electrical energy(3) Magnetic energy into electrical energy(4) Electrical energy into mechanical energy

14. Two plane mirrors AB and CD are placed at rightangles to one another. A ray of light PQ hits ABat Q making an angle of 30° as shown in thediagram. This ray will be reflected from mirrorBD at an angle :

30°

P

Q90°

A

CB

D

(1) 60° (2) 45° (3) 30° (4) 22.5°15. Ammonium chloride in dry cell is :

(1) A paste (2) In liquid state(3) In solid state (4) In gaseous state

16. Twinkling of stars is due to :(1) reflection(2) dispersion(3) scattering(4) atmospheric refraction

17. What power is needed to lift a 60 kg person avertical distance of 10 m in 30 s ?(1) 100 W (2) 200 W (3) 50 W (4) 150 W

18. What happens when a solution of an acid ismixed with a solution of base in a test tube ?(i) The temperature of the solution remains the

same.(ii) The temperature of the solution increases.(iii) The temperature of the solution decreases.(iv)Salt formation takes place.Codes :(1) (ii), (iv) (2) (i), (iv)(3) (iii), (iv) (4) (iv)

12 , d t y r jax dk ' kh"kZ 4s esa 80 cm r; djrk gSA ; fn nksyxkrkj ' kh"kks± ds chp dh nwjh 4mm gS rks r jax dh vkofÙk D; kgksxh\(1) 100 Hz (2) 50 Hz (3) 32 Hz (4) 64 Hz

13. , d l sy cnyrk gS(1) fo| qr mQt kZ dks jkl k; fud mQt kZ esa(2) jkl k; fud mQt kZ dks fo| qr mQt kZ esa(3) pqEdh; mQt kZ dks fo| qr mQt kZ esa(4) fo| qr mQt kZ dks ; kaf=kd mQt kZ esa

14. nks l ery ni Z.k AB rFkk CD , d nwl js i j l edks.k i j fLFkr gSA, d i zdk' k dh fdj.k PQ, AB i j Q i j 30º dk dks.k cukrhgS t Sl k vkjs[ k esa fn[ kk; k x; k gSA ; g fdj.k ni Z.k BD l s fdldks.k i j i jkofÙkZr gksxh &

30°

P

Q90°

A

CB

D

(1) 60° (2) 45° (3) 30° (4) 22.5°15. veksfu; e DyksjkbM ' kq"d l sy esa gS &

(1) , d ysbZ (2) nzo voLFkk esa(3) Bksl voLFkk esa (4) xSl h; voLFkk esa

16. rkjksa ds fVefVekus dk dkj.k gS(1) i jkoÙkZu(2) i zdh.kZu(3) fo{ksi .k(4) ok; qeaMyh; v i orZu

17. 60 kg ds O; fDr dks 30s esa 10 m dh mQ¡ph nwjh rd mBkus esai z; qDr ' kfDr D; k gksxh \(1) 100 W (2) 200 W (3) 50 W (4) 150 W

18. D; k gksrk gS t c , d i j[ kuyh esa vEy ds ?kksy dks {kkj ds ?kksyds l kFk feyk; k t krk gS\(i) ?kksy dk rki l eku jgrk gSA(ii) ?kksy dk rki c<+rk gSA(iii) ?kksy dk rki ?kVrk gSA(iv) yo.k dk fuekZ.k gksxkAfodYi %(1) (ii), (iv) (2) (i), (iv)(3) (iii), (iv) (4) (iv)


19. Match the Column I with Column II and selectthe correct codes :

Column I Column II(A) Onions (I) Lactic acid(B) Yoghurt (II) Ascorbic acid(C) Tomatoes (III) Oxalic acid(D) Tea (IV) Tartaric acid(E) Tamarind (V) Tannic acidCodes :(1) (A-II); (B-I); (C-V); (D-IV); (E-III)(2) (A-II); (B-I); (C-III); (D-V); (E-IV)(3) (A-I); (B-II); (C-III); (D-IV); (E-V)(4) (A-II); (B-III); (C-I); (D-V); (E-IV)

20. Which of the following is not a base ?(1) C2H5OH (2) NaOH(3) Ca(OH)2 (4) NH4OH

21. When a solution A is added with methyl orange,the methyl orange changes the colour yellow.What is the nature of solution A ?(1) Acidic(2) Alkaline(3) Neutral(4) may be acidic/basic

22. Mg(s) + ZnSO4(aq.) MgSO4(aq.) + Zn(s)

The above reaction is an example of :(1) Neutralization reaction(2) Displacement reaction(3) Aromatization reaction(4) Covalent reaction

23. Choose the correct statement about metals ?(1) The property of metal by which it can be

drawn into wires is called malleability(2) The property of metal by which they can be

beaten into thin sheets is called ductility(3) Metals are not good conductor of heat and

electricity(4) Metals produce ringing sound, hence they are

sonorous24. When a copper vessel is exposed to moist air for

long, it acquires a dull green coating. The greenmaterial is a mixture of :(1) Cu(OH)2 & CuCO3 (2) Cu & CO2(3) Cu(OH)2 & CO2 (4) CuCO3 & Cu

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

(A) I; kt (I) ySfDVd vEy(B) ngh (II) , LdkWfcZd vEy(C) VekVj (III) vkWDt sfyd vEy(D) pk; (IV) VkVsZfjd vEy(E) beyh (V) VSfud vEyfodYi :(1) (A-II); (B-I); (C-V); (D-IV); (E-III)(2) (A-II); (B-I); (C-III); (D-V); (E-IV)(3) (A-I); (B-II); (C-III); (D-IV); (E-V)(4) (A-II); (B-III); (C-I); (D-V); (E-IV)

20. fuEufyf[ kr esa dkSu {kkj ugha gS\(1) C2H5OH (2) NaOH(3) Ca(OH)2 (4) NH4OH

21. t c fdl h ?kksy A dks feFkkby vkWjsat ds l kFk feyk; k t krk gS rksfeFkkby vkWjsat dk jax cny dj i hyk gks t krk gSA ?kksy A dhi zdfr D; k gS\(1) vEyh;(2) {kkjh;(3) mnkl hu(4) vEyh; @{kkjh; dqN Hkh gks l drk gSA

22. Mg(s) + ZnSO4(aq.) MgSO4(aq.) + Zn(s)

mi ; qZDr v fHkfØ; k mnkgj.k gS &(1) mnkl huhdj.k v fHkfØ; k(2) foLFkki u vfHkfØ; k(3) l qxa/ hdj.k v fHkfØ; k(4) l gca/ qRo v fHkfØ; k

23. / krq ds ckjs esa l gh dFku dks pqusa &(1) / krq dk og xq.k ft l ds }kjk ml s rkj ds : i esa cnyk t k

l drk gS vk?kkro/ Zuh; rk dgykrh gSA(2) / krq dk og xq.k ft l ds }kjk ml s i hVdj i rys pknj ds : i

esa cnyk t k l drk gS] rU; rk dgykrh gSA(3) / krq m"ek rFkk fo| qr dk vPNk pkyd ugha gSA(4) / krq xqat k; eku èofu mRi Uu djrk gS bl fy, os xqat k; eku gSaA

24. t c , d rk¡cs ds i k=k dks ueh; qDr ok; q esa yEcs l e; ds fy, NksM+kt krk gS rks bl i j gYdk gjk i jr t e t krk gSA gjk i nkFkZ feJ.k gS&(1) Cu(OH)2 rFkk CuCO3 (2) Cu rFkk CO2(3) Cu(OH)2 rFkk CO2 (4) CuCO3 rFkk Cu


25. Generally, non-metals are not conductors ofelectricity. Which of the following is a goodconductor of electricity ?(1) Fullerene (2) Diamond(3) Sulphur (4) Graphite

26. Moist air is combination of :(1) H2O + CO2 + H2 (2) H2O + CO + O2(3) H2O + CO2 + O2 (4) H2O + O2 + H2

27. Metal ‘A’ just glows red hot and when cooled iscovered with black coating of the oxide, which isinsoluble in water. Identify metal A ?(1) Iron (2) Sodium(3) Magnesium (4) Copper

28. Element ‘X’ react with acids and producehydrogen gas that burns with a “pop” sound ?Identify X.(1) Metal (2) Non-metal(3) May be both (4) Amphoteric

29. Choose the correct statement(s) about physicalchange.(1) New product is formed(2) The change is irreversible(3) The mass of the substance changes during a

physical change.(4) No one statement is correct

30. Choose the correct examples of physical changesand select the correct code.(i) Melting of wax(ii) Rusting of iron(iii) Boiling of water(iv)Dissolution of sugar in H2O(v) Cutting of wood(vi)Digestion of foodCodes :(1) (i), (ii), (iii), (iv), (v) (2) (i), (ii), (iii), (iv)(3) (i), (iii), (iv), (v), (vi) (4) (i), (iii), (iv), (v)

31. Metallic oxides are A in nature, butnon-metallic oxides are B in nature.Identify A & B.(1) Basic, Acidic (2) Basic, Neutral(3) Acidic, Basic (4) Acidic, Neutral

25. l kekU; r% v / krq fo| qr dk pkyd ugha gksrk gSA fuEufyf[ kr esadkSu fo| qr dk vPNk pkyd gS\(1) i QqYysjhu (2) ghjk(3) xa/ d (4) xzsi QkbV

26. ue ok; q feJ.k gS &(1) H2O + CO2 + H2 (2) H2O + CO + O2(3) H2O + CO2 + O2 (4) H2O + O2 + H2

27. / krq 'A' xeZ gksus i j yky pedhyk gksrk gS rFkk t c BaMk fd; kt krk gS rks ; g vkWDl kbM ds dkys i jr l s <d t krk gS t ks t yesa v?kqyu' khy gksrk gSA / krq A dks pqusaA(1) yskgk (2) l ksfM; e(3) eSXusf' k; e (4) rk¡ck

28. rRo 'X' vEy ds l kFk v fHkfØ; k djrk gS rFkk gkbMªkst u xSlmRi Uu djrk gS t ks ¶i kWi ¸ èofu ds l kFk t yrk gSA X dks pqusaA(1) / krq (2) v / krq(3) nksuksa gks l drk gS (4) mHk; / ehZ

29. HkkSfrd i fjoÙkZu ds ckjs esa l R; dFku dks pqusaA(1) u; k mRi kn cusxk(2) cnyko v i fjoÙkZuh; gSA(3) HkkSfrd i fjoÙkZu ds nkSjku i nkFkZ dk nzO; eku cnyrk gSA(4) dksbZ dFku l gh ugha gS

30. HkkSfrd i fjoÙkZu dk l gh mnkgj.k pqus rFkk l gh fodYi pqusaA(i) ekse dk fi ?kyrk(ii) yksgs esa t ax yxuk(iii) t y dk mcyuk(iv)H2O esa phuh dk ?kqyuk(v) ydM+h dk dVuk(vi)Hkkst u dk i pukfodYi :(1) (i), (ii), (iii), (iv), (v) (2) (i), (ii), (iii), (iv)(3) (i), (iii), (iv), (v), (vi) (4) (i), (iii), (iv), (v)

31. / kfRod vkWDl kbM dh i zdfr A gS i jUrq v/ kfRod vkWDl kbMdh i zdfr B gSA A rFkk B dks pqusaA(1) {kkjh; ] vEyh; (2) {kkjh; ] mnkl hu(3) vEyh; ] {kkjh; (4) vEyh; ] mnkl hu


32. Uses of non-metal is/are :(1) Water purification process(2) in wound as antiseptic(3) as fertilizers(4) All of the above

33. Choose the correct statement about alkali metals ?(i) Alkali metals are so soft that can be cut with

a knife.(ii) Alkali metals have low density(iii) Alkali metals have high melting point(1) (i), (ii) and (iii) (2) (i) and (ii)(3) (i) and (iii) (4) (ii) and (iii)

34. Choose the incorrect statement about chemicalchanges.(1) New product is formed(2) The change is reversible(3) Energy change takes place during the

chemical change(4) Photosynthesis is an example of chemical

change.35. Identify the incorrect statement about

insectivorous plants.(1) Pitcher plant is an insectivorous plant(2) Inside the pitcher, there are hair directed

downwards.(3) The pitcher like structure is the modified part

of stem.(4) When an insect lands in the pitcher, the lid

closes and the trapped insect gets entangledinto the hair.

36. Sometimes when you eat in a hurry, talk orlaugh while eating, you may cough, get hiccupsor a choking sensation. This happens when foodparticles enter the :(1) Windpipe (2) Oesophagus(3) Bronchus (4) Salivary glands

37. Which of the following is the correct functionperformed by villi of small intestine ?(1) It secretes digestive juices which help in

digestion.(2) It increases the surface area for absorption

of digested food.(3) It breaks starch into simpler substances.(4) It absorb water and some salts.

32. v / krq dk mi ; ksx ____ gS@gSa &(1) t y ' kqf¼dj.k fof/ esa(2) ?kko jksxk.kqjks/ d esa(3) moZjd ds : i esa(4) mi ; qZDr l Hkh

33. vYdyh / krq ds ckjs esa l gh dFku pqusa \(i) vYdyh / krq cgqr eqyk; e gksrh gS ft l s pkdw l s dkVk t k

l drk gSA(ii) vYdyh / krq dk ?kuRo de gksrk gSA(iii) vYdyh / krq dk xyukad mPp gksrk gSA(1) (i), (ii) rFkk (iii) (2) (i) rFkk (ii)(3) (i) rFkk (iii) (4) (ii) rFkk (iii)

34. jkl k; fud i fjoÙkZu ds ckjs esa v l R; dFku dks pqusa &(1) u, mRi kn dk fuekZ.k gksxkA(2) cnyko i fjoÙkZuh; gSA(3) jkl k; fud i fjoÙkZu ds nkSjku m"ek esa i fjoÙkZu gksrk gSA(4) i zdk' kl a' ys"k.k] jkl k; fud i fjoÙkZu dk , d mnkgj.k gSA

35. dhVHk{kh i kS/ ksa ds ckjs esa v l R; dFku dks pqusa &(1) i hpj i kS/ k , d dhVHk{kh i kS/ k gSA(2) i hpj ds vUnj] uhps dh fn' kk esa jkse gksrs gSaA(3) i hpj ds r jg dh l ajpuk] ruk dk l a' kksf/ r fgLl k gSA(4) t c dksbZ dhV i hpj i j fLFkr gksrk gS rks i yd cUn gks t krk

gS rFkk dhV jkse esa i Q¡l dj vVd t krk gSA36. dHkh&dHkh t c vki t Ynh&t Ynh [ kkrs gaS] pyrs ; k g¡l rs gq, [ kkrs

gS] rks vki dks [ kk¡l h gks l drh gS] fgpdh ; k pkWfdax l aosnu gksrhgSA , sl k rc gksrk gS t c Hkkst u ds d.k i zos' k djrs gSa &(1) ' okl uyh esa (2) vkgkj uky esa(3) ' ol uh esa (4) ykj xzafFk esa

37. NksVh vkar ds vadqjksa }kjk gksus okyk dk; Z ds fy, fuEufyf[ kr esadkSu l h dFku l R; gS \(1) ; g i kpu jl Jkfor djrk gS t ks i kpu esa enn djrk gSA(2) ; g i ps gq, Hkkst u ds vo' kks"k.k ds fy, i "B {ks=ki Qy dks

c<+krk gSA(3) ; g ' kdZjk dks l jy i nkFkZ esa rksM+rk gSA(4) ; g t y rFkk dqN yo.k vo' kksf"kr djrk gSA


38. Finger like projections produced by amoeba formovement and capture of food is called :(1) rumen (2) cud(3) pseudopodia (4) food vacuole

39. Yeasts are used in the production of wine andbeer due to their property of :(1) respiring anaerobically and yielding alcohol.(2) respiring aerobically and yielding alcohol.(3) respiring irrespective of presence or absence

of oxygen.(4) None of these

40. From where does the root of plants get oxygen togenerate energy ?(1) from water which are poured on them.(2) from the process of transpiration.(3) from glucose synthesised in leaves.(4) from air taken up from air spaces present

between the soil particles.41. Which of the following is not an advantage of

reproduction by vegetative propagation ?(1) It takes less time to grow(2) It bear flowers and fruits later than those

produced from seeds.(3) The new plants are exact copies of the parent

plant.(4) All of these

42. After the fusion of male and female gametes inplants, seeds develop from the :(1) ovary (2) zygote(3) ovules (4) pericarp

43. Common cold in humans is caused by a :(1) virus (2) bacteria(3) fungi (4) protozoa

44. Identify the correct statement(1) When a disease-carrying microbe enters our

body, the body produces antibodies to fight theinvader.

(2) Polio drops given to children is not a vaccine.(3) Female anopheles mosquito is a carrier of

dengue virus.(4) Cholera is a non-communicable disease.

38. vehck }kjk fufeZr vaxqyh vkdkj dk mHkkj t ks xfr djus rFkkHkkst u dks i dM+us esa enn djrh gS] dgykrh gS &(1) i zFke vek' k; (2) i kxqj(3) i knkHk (4) [ kk| fjfDrdk

39. [ kehj ds bl xq.k ds dkj.k mi ; ksx] ' kjkc rFkk nk: cukus esa fd; kt krk gS &(1) vok; oh; ' ol u djrk gS rFkk vYdksgy curk gS(2) ok; oh; ' ol u djrk gS rFkk vYdksgy curk gS(3) ' ol u vkWDl ht u dh mi fLFkfr ; k vuqi fLFkfr l s fuji s{k gksrk

gSA(4) buesa l s dksbZ ugha

40. i kS/ s ds t M+ Åt kZ mRi Uu djus ds fy, vkWDl ht u dg¡k l s ysrs gSa\(1) t y l s] t ks muesa Mkyk t krk gSA(2) ok"i ksRl t Zu i zfØ; k l s(3) i fÙk; ksa esa Xywdkst l a' ys"k.k l s(4) feV~Vh ds d.kksa ds chp mi fLFkr ok; q l s yh xbZ ok; q l sA

41. fuEufyf[ kr esa dkSu ouLi fr i zl kj }kjk i zt uu dk ykHk ugha gS\(1) ; g mxus esa de l e; yxkrk gSA(2) cht ds mRi Uu gksus ds ckn bl esa i Qwy rFkk i Qy yxrk gSA(3) u; k i kS/ k] t ud i kS/ s dk l Vhd i zfr gksrk gSA(4) buesa l s l Hkh

42. i kS/ ksa esa uj rFkk eknk ; qXed ds esy ds ckn cht fodfl r gksrkgS&(1) vaMk' k; l s (2) ; qXeut l s(3) cht k.kq l s (4) cht &dks"k l s

43. euq"; esa t q[ kke gksus dk dkj.k gS &(1) fo"kk.kq (2) t hok.kq(3) dod (4) i zksVkst ksvk

44. l R; dFku dks pqusa &(1) t c jksxokgd l w{et ho gekjs ' kjhj esa i zos' k djrs gSa] ' kjhj]

vkØe.k djus okys t hok.kq l s yM+us ds fy, i zfr j{kh mRi Uudjrs gSaA

(2) cPpksa dks fn; k t kus okyk i ksfy; ks dh [ kqjkd] Vhdk ugha gSA(3) eknk , uksi Qsfyt ePNj] Msaxw fo"kk.kq dk okgd gSA(4) gSt k v l aØked fcekjh gSA


45. How many of the following statements are correctabout nucleus of a cell ?(I) It is generally oval in shape

(II) It is separated from the cytoplasm bynuclear membrane

(III) A smaller spherical body in the nucleus isknown as chromosome

(IV) Nucleolus carry genes and help ininheritance of characters.

(V) It is located in the centre of the cell.

(1) one (2) two (3) three (4) four

46. (I) The testes in males produce male gametescalled sperms.

(II) Oviducts are also called fallopian tubes.

(III) IVF stands for Intra Venous Fertilisation.

(IV) Embryo gets embedded in the wall of fallopiantube.

(V) Animals which give birth to young ones arecalled viviparous animals.

(1) (III) and (IV) are false.

(2) (I) and (II) are correct.

(3) (II) and (V) are correct.

(4) (III), (IV) and (V) are false.

47. In case of tadpoles, the transformation of larvainto an adult through drastic changes is knownas :

(1) plasmapheresis (2) metagenesis

(3) metamorphosis (4) fertilisation

48. In humans, the stage of embryo in which all thebody parts can be identified is called a :

(1) trophoblast (2) foetus

(3) blastocyst (4) zygote

49. Which of the following is an air pollutant usedin refrigerators ?

(1) Sulphur dioxide

(2) nitrogen dioxide

(3) lead dioxide

(4) chlorofluorocarbon

45. dksf' kdk ds dsUnzd ds ckjs esa fuEufyf[ kr esa fdrus dFku l R; gS&(I) ; g l ekU; r; k vaMkdkj vkdkj dk gksrk gSA(II) ; g dksf' kdk nzo l s] dsUnzd f>Yyh }kjk vyx jgrk gSA(III) dsUnzd esa xksydkj NksVh fi .M xq.kl w=k dgykrh gSA(IV) U; wfDy; ksyl t hu okgu djrh gS rFkk xq.k dks oa' kkuqØe djus

esa enn djrh gSA(V) ; g dksf' kdk ds dsUnz esa fLFkr jgrh gSA(1) , d (2) nks (3) rhu (4) pkj

46. (I) i q: "kksa esa v .Mk.kq] uj ; qXed cukrh gS t ks ' kqØk.kq dgykrh gSA(II) fMacokfguh dks fMacokfguh dsUnzd Hkh dgrs gSaA(III) vkbZ- oh- , i Q-] var%f' kjk fu"kspu dks l wfpr djrk gSA(IV) Hkzw.k] fMcokfguh ufydk ds nhokj esa l Vk jgrk gSA

(V) i zk.kh t ks cPps dks t Ue nsrs gSa] t hfor cPpk dks t Ue nsus okysi zk.kh dgykrs gSaA

(1) (III) rFkk (IV) xyr gSaA(2) (I) rFkk (II) xyr gSA(3) (II) rFkk (V) xyr gSA(4) (III), (IV) rFkk (V) xyr gSA

47. fMaHkdhV dh fLFkfr essa fMaHkd dk] O; Ld esa i zcy i fjoÙkZu }kjk: i kUrj.k dgykrk gS(1) Iykfodkgj.k (2) i h<+h, dkarj.k(3) : i kar j. k (4) fu"kspu

48. euq"; esa] Hkzw.k dh fLFkfr ft l esa ' kjhj ds l Hkh vax dks i gpkuk t kl drk gS] dgykrk gS &(1) i ks"kdksjd (2) Hkzw.k(3) dksjdi qjh (4) ; qXeut

49. fuEufyf[ kr esa dkSu fi zQt esa ok; q i znw"kd ds : i esa mi ; ksx fd; kt krk gS \(1) l Yi Qj MkbZvkWDl kbM(2) ukbVªkst u MkbZvkWDl kbM(3) ysM MkbZvkWDl kbM(4) DyksjksÝyksjksdkcZu


50. How many statements given below are incorrect?(I) CO2 is a greenhouse gas.(II) Kyoto Protocol is an agreement to reduce the

emission of greenhouse gases.(III) Deforestation leads to decrease in the

amount of CO2 in the air.(IV) Ganga Action Plan was launched in the year

1965.(V) Water which is not suitable for drinking is

called potable water.(1) One (2) Two (3) Three (4)Four

51. (–10) (–5) + (–7) is equal to :(1) – 57 (2) 57 (3) – 43 (4)43

52. Let x, y, z be three observations. The mean ofthese observations is :

(1)x y z

3

(2)x y z

3

(3)x y z

3

(4)x y z

3

53. The measures of x and y in Fig. arerespectively :

x

50° y 120°R

(1) 30°, 60° (2) 40°, 40° (3) 70°, 70°(4)70°, 60°54. A bicycle is purchased for 1800 and is sold at a

profit of 12%. Its selling price is :(1) 1584 (2) 2016(3) 1788 (4) 1812

55. In Fig, EFGH is a parallelogram, altitudes FK andFI are 8 cm and 4cm respectively. If EF = 10 cm,then area of EFGH is :

4 cm 5 cm

I

F8 cm

H

K

E 10 cm

G

(1) 20 cm2 (2) 32 cm2 (3) 40 cm2 (4) 80 cm2

50. uhps fn, x, dFkuksa esa fdrus xyr gS\(I) dkcZuMkbZvkWDl kbM , d gfjrxg xSl gSA(II) D; ksVks i zksVksdkWy] gfjrxg xSl dks fudyus l s jksdus dh , d

O; oLFkk gSA(III) ou&dVkbZ] ok; q esa dkcZuMkbZvkWDl kbM dh ek=kk dks de djus

dk usrRo djrk gSA(IV) xaxk , D' ku Iyku dk i zekspu o"kZ 1965 esa gqvk FkkA(V) i kuh] t ks i hus ds fy, mi ; qZDr ugha gS] i s; t y dgykrh gSA(1) , d (2) nks (3) rhu (4) pkj

51. (–10) (–5) + (–7) cjkcj gS &(1) – 57 (2) 57 (3) – 43 (4)43

52. ekuk fd x, y, z rhu i zs{k.k gSaA bu i zs{k.kksa dk ekè; gS &

(1)x y z

3

(2)x y z

3

(3)x y z

3

(4)x y z

3

53. fp=k esa x y rFkk dk eki Øe' k% gS &

x

50° y 120°R

(1) 30°, 60° (2) 40°, 40° (3) 70°, 70°(4)70°, 60°

54. , d l kbfdy 1800 esa [ kjhnk x; k rFkk bl s 12% ykHk i j cspfn; k x; kA bl dk foØ; ewY; gS &(1) 1584 (2) 2016(3) 1788 (4) 1812

55. fp=k esa] EFGH , d l ekUrj prqHkqZt gS] Å¡pkbZ FK rFkk FIØe' k% 8 cm rFkk 4cm gSA ; fn EF = 10 cm, rks EFGH dk{ks=ki Qy gS &

4 cm 5 cm

I

F8 cm

H

K

E 10 cm

G

(1) 20 cm2 (2) 32 cm2 (3) 40 cm2 (4) 80 cm2


56.2 4 7 11 ?3 5 15 20

(1)1

5

(2)4

15

(3)1360

(4)7

30

57. Evaluate 323

2

.

(1)68629 (2)

64729 (3)

75429 (4)

32729

58. Express the number 0.00000000837 in standardform :(1) 8.37 10–9 (2) 7.37 10–8

(3) 83.7 109 (4) 837 10–9

59. 1 – 2ab – (a2 + b2) = ?(1) (1 + a – b) (1 + a + b)(2) (1 + a + b) (1 – a + b)(3) (1 + a + b) (1 – a – b)(4) (1 + a – b) (1 – a + b)

60. If 1x 5x

, find the value of : 22

1xx

(1) 24 (2) 25 (3) 26 (4)2361. Sarita spends 65% of her salary and the rest she

saves. If she saves 2940 per month, what isher monthly salary ?

(1) 8200 (2) 7400(3) 7600 (4) 8400

62. The sum of all interior angles of a regular polygonis 1080°. What is the measure of each of itsinterior angles ?(1) 165° (2) 135° (3) 235° (4)190°

63. A can do a piece of work in 25 days and B canfinish it in 20 days. They work together for5 days and then A leaves. In how many days willB finish the remaining work ?(1) 10 days (2) 13 days (3) 11 days (4)19 days

64. A sum of 1550 was lent partly at 5% and partlyat 8% p.a. simple interest. The total interestreceived after 3 years was 300. The ratio ofthe money lent at 5% to that of lent at 8% is ___.(1) 5 : 8 (2) 8 : 5 (3) 16 : 15 (4)31 : 6

56.2 4 7 11 ?3 5 15 20

(1)1

5

(2)4

15

(3)1360

(4)7

30

57.323

2

dks l jy djsa &

(1)68629 (2)

64729 (3)

75429 (4)

32729

58. l a[ ; k 0.00000000837 dks fof' k"V : i esa O; Dr djsa &(1) 8.37 10–9 (2) 7.37 10–8

(3) 83.7 109 (4) 837 10–9

59. 1 – 2ab – (a2 + b2) = ?(1) (1 + a – b) (1 + a + b)(2) (1 + a + b) (1 – a + b)(3) (1 + a + b) (1 – a – b)(4) (1 + a – b) (1 – a + b)

60. ; fn 1x 5x

, 22

1xx

dk eku Kkr djsaA

(1) 24 (2) 25 (3) 26 (4)23

61. l fjrk v i us vk; dk 65% [ kpZ dj nsrh gS rFkk cps gq, dks ogt ek djrh gSA ; fn og i zfr ekg 2940 t ek djrh gS rks ml dhekfl d vk; D; k gS \(1) 8200 (2) 7400 (3) 7600 (4) 8400

62. , d fu; fer cgqHkqt ds l Hkh var% dks.kksa dk ; ksx 1080° gSA bl dsi zR; sd vUr%dks.kksa dh eki D; k gS\(1) 165° (2) 135° (3) 235° (4) 190°

63. A , d dke dks 25 fnuksa esa djrk gS rFkk B bl s 20 fnu esa i wjkdjrk gSA os 5 fnu ds fy, , d l kFk dke djrs gS rFkk fi Qj A NksM+nsrk gSA cps gq, dke dks B fdrus fnuksa esa l ekIr djrk gS\(1) 10 fnu (2) 13 fnu (3) 11 fnu (4) 19 fnu

64. 1550 ds ; ksx dks i zfr l ky 5% rFkk 8% l k/ kj.k C; kt dhnj l s Í .k fn; k x; kA 3 l ky ckn dqy i zkIr C; kt 300 gqvkA5% i j fn, x, Í .k rFkk 8% i j fn, x, Í .k dk vuqi kr______ gSA(1) 5 : 8 (2) 8 : 5 (3) 16 : 15(4) 31 : 6


65. The average age of 3 girls is 20 years and theirages are in proportion 3 : 5 : 7, the age of youngestgirls is ______ .(1) 8 years 3 months (2) 6 years 8 months(3) 12 years (4) 20 years

66. If 12 12 12 ........ x , then the value

of x is _______ (1) 3 (2) 4(3) 6 (4) Greater than 6

67. A cistern has two inlets A and B which can fill itin 12 minutes and 15 minutes respectively. Anoutlet C can empty the full cistern in 10 minutes.If all the three pipes are opened together in theempty cistern, time taken to fill the cisterncompletely is _____ .(1) 20 minutes (2) 10 minutes(3) 15 minutes (4) 5 minutes

68. In the given figure ABCDE is a pentagonal parkin which DE = DC, AB = BC = CE = EA = 25 m andits total height is 41 m. Find the area of the park.

25 m

25 mA

25 m

B

CL

41 m

E

D

(1) 725 m2 (2) 625 m2 (3) 925 m2 (4) 825 m2

69. From a well-shuffled deck of 52 cards, one cardis drawn at random. Find the probability of getting(i) a red card ? (ii) a 10 of black cards ? (iii) a facecard ?

(1)1 1 3, ,2 26 13 (2)

1 1 4, ,2 24 13

(3)6 1 5, ,2 25 14 (4)

3 1 2, ,2 24 14

65. 3 yM+fd; ksa dh vkSl r vk; q 20 l ky gS rFkk mudh vk; q dkvuqi kr 3 : 5 : 7 gS rks l cl s NksVh yM+dh dk mez _____ gSA(1) 8 l ky 3 eghuk (2) 6 l ky 8 eghuk(3) 12 l ky (4) 20 l ky

66. ; fn 12 12 12 ........ x , r ks x dk eku

_______ gSA(1) 3 (2) 4

(3) 6 (4) 6 l s v f/ d67. , d Vadh dh nks i zosf' kdk A rFkk B gS ft l s Øe' k% 12 feuVksa rFkk

15 feuVksa esa Hkjk t k l drk gSA fudkl C, 10 feuV esa i wjs Vadhdks [ kkyh dj l drk gSA ; fn rhuksa i kbi ksa dks , d l kFk fdl h [ kkyhVadh esa [ kksy fn; k t k, rks i wjh Vadh Hkjus esa _____ l e; yxsxkA(1) 20 feuV (2) 10 feuV(3) 15 feuV (4) 5 feuV

68. fn, x, fp=k esa ABCDE , d i apHkqt cxhpk gS ft l esaDE = DC, AB = BC = CF = EA = 25 m rFkk bl dh i w.kZÅ¡pkbZ 41 m gSA cxhps dk {ks=ki Qy Kkr djsaA

25 m

25 mA

25 m

B

CL

41 m

E

D

(1) 725 m2 (2) 625 m2 (3) 925 m2 (4) 825 m2

69. vPNs l s gsj&i Qsj fd, x, 52 rk' k ds i Ùks l s , d i Ùkk vkdfLedfudkyk t krk gSA (i) , d yky i Ùkk (ii) 10 dkyk i Ùkk (iii) psgjkdkMZ i zkIr djus dh l aHkkouk Kkr djsaA

(1)1 1 3, ,2 26 13 (2)

1 1 4, ,2 24 13

(3)6 1 5, ,2 25 14 (4)

3 1 2, ,2 24 14


70. From a well-shuffled deck of 52 cards, one cardis drawn at random. What is the probability thatthe drawn card is a black 6 ?

(1)326 (2)

126 (3)

113 (4)

152

71. The sum of the digits of a two-digit number is15. If the number formed by reversing the digitsis less than the original number by 27, find theoriginal number.(1) 48 (2) 12 (3) 49 (4)96

72. Mohan Lal purchased an old scooter for 12000and spent 2850 on its overhauling. Then, hesold it to his friend Sohanbir for 13860. Howmuch per cent did he gain or lose ?

(1)25 %4

(2)26 %3 (3)

48 %3 (4)

29 %3

73. A can do a piece of work in 25 days, which Balone can do in 20 days. A started the work andwas joined by B after 10 days. The work lastedfor :

(1)1122 days (2) 15 days

(3)2163 days (4) 14 days

74. The length of a metallic tube is 1 metre, itsthickness is 1 cm and its inner diameter is12 cm. Find the weight of the tube if the densityof the metal is 7.7 grams/cm3.

(1) 31.46 kg (2) 32.64 kg(3) 31.64 kg (4) 42.24 kg

75. A wall 15 m long, 30 cm wide and 4 mhigh is made of bricks, each measuring

22cm 12.5 cm 7.5 cm. If 1

12 of the total volume

of the wall consists of mortar, how many bricksare there in the wall ?(1) 4000 (2) 7000 (3) 8000 (4)12000

76. Three numbers are in the ratio 2 : 3 : 4 to oneanother. The sum of their cubes is 33957. Thenumber are ______ .(1) 14, 21, 28 (2) 12, 15, 17(3) 14, 18, 21 (4) 21, 28, 32

70. vPNs l s gsj&i Qsj fd, x, 52 rk' k ds i Ùks l s , d i Ùkk vdfLedfudkyk t krk gSA fudkys x, i Ùks ds dkys jax ds 6 gksus dh l aHkkoukD; k gS\

(1)326 (2)

126 (3)

113 (4)

152

71. nks vadksa dh l a[ ; kvksa dk ; ksx 15 gSA ; fn l a[ ; k dks] okLrfodl a[ ; k l s 27 l s ?kVkus i j cuh l a[ ; k ds i hNs dh l a[ ; k }kjk cuk; kx; kA okLrfod l a[ ; k Kkr djsaA(1) 48 (2) 12 (3) 49 (4) 96

72. eksgu yky , d i qjkuh LdwVj 12000 esa [ kjhnk rFkk bl dsejEer i j 2850 [ kpZ fd; kA vc og bl s 1386 esa v i usnksLr l ksguchj dks csp fn; kA fdruk i zfr ' kr ml s ykHk ; k gkfugqvk\

(1)25 %4

(2)26 %3 (3)

48 %3 (4)

29 %3

73. A , d dke dks 25 fnuksa esa djrk gS] ft l s B vdsys 20 fnuksa esadjrk gSA A dke ' kq: djrk gS rFkk 10 fnuksa ckn B Hkh t qM+ t krkgSA dke l ekIr gksxk&

(1)1122 fnuksa esa (2) 15 fnuksa esa

(3)2163 fnuksa esa (4) 14 fnuksa esa

74. , d / kfRod uyh dh yEckbZ 1 m gS] bl dh eksVkbZ 1 cm gSrFkk bl dh vkarfjd O; kl 12 cm gSA ; fn / krq dk ?kuRo7.7 gm/cm3 gS rks uyh dk ot u Kkr djsaA(1) 31.46 kg (2) 32.64 kg

(3) 31.64 kg (4) 42.24 kg

75. 15 m yEch, 30 cm pkSM+h rFkk 4 m Å¡ph bZVksa l s cuh , d nhokjgS] i zR; sd dh eki 22 cm 12.5 cm 7.5 cm gSA ; fn

nhokj ds dqy vk; ru dk 112 Hkkx el kyk l s cuk gS rks nhokj esa

fdruh bZVsa gS \(1) 4000 (2) 7000 (3) 8000 (4)12000

76. rhu l a[ ; kvksa dk , d nwl js l s vuqi kr 2 : 3 : 4 gSA buds ?kuksa dk; ksx 33957 gSA l a[ ; k, ¡ _______ gSaA(1) 14, 21, 28 (2) 12, 15, 17

(3) 14, 18, 21 (4) 21, 28, 32


77. In a survey of 200 ladies, it was found that82 like coffee while 118 dislike it. From theseladies, one is chosen at random. The probabilitythat the chosen lady dislikes coffee is ______ .

(1)59

100 (2)41

100 (3)10059 (4)

10041

78. If x 6y 5 , then

2 2

2 2

x yx y

is ______ .

(1)3625 (2)

2536 (3)

6111

(4)1161

79. Out of a number of electronic items, Rohitpurchases 60% coloured T.V.s, 5% of these arefound to be defective. The percentage of defectiveT.V.s in all is _____ .(1) 3%(2) 6%(3) 12%(4) Can’t be determined

80. In a division, the divisor is 12 times the quotientand 5 times the remainder. If the remainder is48, then dividend is ______ .(1) 240 (2) 576 (3) 4800 (4)4848

81. Select the figure from the options whichsatisfies the same conditions of placement of thedots as in figure (X).

Figure (X)

(1) (2)

(3) (4)

77. 200 efgykvksa ds l osZ{k.k esa] ; g i k; k x; k fd 82 dkWi Qh i l andjrh gS ogha 118 bl s uki l an djrh gSA bu efgykvksa l s ] , d dksvkdfLed pquk x; kA dWki Qh dks uki l an djus okyh efgyk dhl aHkkouk ________ gSA

(1)59

100 (2)41

100 (3)10059 (4)

10041

78. ; fn x 6y 5 , rks

2 2

2 2

x yx y

______ gSA

(1)3625 (2)

2536 (3)

6111

(4)1161

79. fo| qrh; l kekuksa dh l a[ ; kvksa esa jksfgr 60% jaxhu Vsfyfot u[ kjhnrk gS] buesa l s 5% [ kjkc i k; k x; kA bu l Hkh esa [ kjkcVsfyfot u dh i zfr ' krrk ______ gSA(1) 3%(2) 6%(3) 12%(4) fu/ kZfjr ugha fd; k t k l drkA

80. , d foHkkt u esa] Hkkt d] Hkkxi Qy l s 12 xq.kk gS rFkk ' ks"k dk 5xq.kk gSA ; fn ' ks"k 48 gS rks HkkT; _______ gSA(1) 240 (2) 576 (3) 4800 (4)4848

81. fodYi l s fp=k dks pqusa t ks fcUnq ds ØeLFkku dh l eku fLFkfr dksl arq"V djrk gS] t Sl k fp=k (X) esa gSA

fp=k(X)

(1) (2)

(3) (4)


82. In the given question, which number will replacethe question mark?

0

10

6

2 4

6

24

2

8 10

4

?

14

10 12

(1) 36 (2) 48 (3) 38 (4)3083. P and Q are brothers. R and S are sisters. P’s son

is S’s brother. How is Q related to R?(1) Father (2) Brother(3) Grandfather (4) Uncle

84. Five students participated in the scholarshipexamination. Sudha scored higher than Puja.Kavita scored lower than Suman but higher thanSudha. Mamta scored between Puja and sudha.Who Scored lowest in the examination?(1) Kavita (2) Puja(3) Mamta (4) Sudha

85. If BOTTLE is coded as YLGGOV, then how willMOPED be coded as?(1) MNKUW (2) MLLVX(3) NMKUX (4) NLKVW

86. Madhu and Shefali are good in Dramatics andComputer Science. Amita and Madhu are goodin Computer Science and Physics. Amita,Pratibha and Namita are good in Physics andHistory. Namita and Amita are good in Physicsand Mathematics. Pratibha, and Shefali are goodin History, Dramatics.Identify who amongst these is good in Physics,History and Mathematics, but not in computerscience ?(1) Pratibha (2) Amita(3) Madhu (4) Namita

87. Select the pair which satisfies the sameplacement of condition of dots.

P

Q

R

(1) PQ(2) QR(3) PR(4) Can’t be determined

82. fn, x, fp=k esa] i z' uokpd fpg~u dks dkSu l h l a[ ; k foLFkkfi rdjsxh \

0

10

6

2 4

6

24

2

8 10

4

?

14

10 12

(1) 36 (2) 48 (3) 38 (4)3083. P rFkk Q HkkbZ gSaA R rFkk S cgusa gSaA P dk csVk] S dk HkkbZ gSA

Q, R l s dSl s l acaf/ r gS\(1) fi rk (2) HkkbZ(3) nknk (4) pkpk

84. i k¡p Nk=k Nk=kofÙk i jh{kk esa Hkkx ysrs gSaA l q/ k i wt k l s v f/ d vadi zkIr djrh gSA dfork] l qeu l s de vad i zkIr djrh gS i jUrql q/ k l s v f/ d A eerk] i wt k rFkk l q/ k ds chp dk vad i zkIr djrhgSA i jh{kk esa l cl s de vad dkSu i zkIr djrh gS\(1) dfork (2) i wt k(3) eerk (4) l q/ k

85. ; fn BOTTLE dks YLGGOV l s l wfpr fd; k t krk gS] rksMOPED dks dSl s l wfpr fd; k t k, xk\(1) MNKUW (2) MLLVX

(3) NMKUX (4) NLKVW86. e/ q vkSj ' ksi Qkyh ukV~; dyk rFkk dEI; wVj foKku esa vPNh gSA

vferk rFkk e/ q dEI; wVj foKku rFkk HkkSfrdh esa vPNh gSA v ferk]i zfrHkk rFkk uferk HkkSfrdh rFkk bfrgkl esa vPNh gSA uferk rFkkv ferk HkkSfrdh rFkk xf.kr esa vPNh gSA i zfrHkk rFkk ' ksi Qkyhbfrgkl rFkk ukV~; dyk esa vPNh gSA buesa l s dkSu HkkSfrdh] bfrgklrFkk xf.kr esa vPNh gS i jUrq dEi ; wVj foKku esa ugha] mUgsa pqusa\(1) i zfrHkk (2) v ferk(3) e/ q (4) uferk

87. ml ; qXe dks pqusa t ks fcUnq ds Øe LFkku dh fLFkfr dks l arq"V djrkgSA

P

Q

R

(1) PQ(2) QR(3) PR

(4) fu/ kZfjr ugha fd; k t k l drk


88. If the figures having some characters givenbelow follow the same rule, then find themissing number from the options.

1728

12144

2772

22126

?

14416

(1) 1304 (2) 2304 (3) 2034 (4)103489. Insert the missing characters out of the given

options below the matrix.

Z4 X3 V9A6 C2 ?T5 R4 P15

(1) E10 (2) E12 (3) S10 (4)S1590. If P denotes '÷', Q denotes '×', R denotes '+' and S

denotes '–', then the value of 18Q 12 P 4 R 5 S 6when simplified gives ?(1) 36 (2) 53 (3) 59 (4)65

91. A disease always has(1) Cure (2) medicine(3) Cause (4)Germs

92. Problem Figures

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

Answer Figures

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

93. Find the number of dots on the face opposite theface bearing 3 dots.

(1)

(2)

(3)

(1) 5(2) 6(3) 4(4) Cannot be determined

88. uhps fn, x, fp=k esa dqN vad gSa t ks , d gh fu; e dk vuq' kj.kdjrs gSa] rks fodYi l s foyqIr l a[ ; k dks pqusa A

1728

12144

2772

22126

?

14416

(1) 1304 (2) 2304 (3) 2034 (4)103489. uhps fn, x, ] eSfVªDl esa yqIr vad dks Mkysaµ

Z4 X3 V9A6 C2 ?T5 R4 P15

(1) E10 (2) E12 (3) S10 (4)S1590. ; fn P '÷' dks l wfpr djrk gS] Q, '×' dks l wfpr djrk gS] R '+'

dks l wfpr djrk gS rFkk S, '–' dks l wfpr djrk gS rks l jy djusi j bl dk 18Q 12 P 4 R 5 S 6 dk eku gksxk \(1) 36 (2) 53 (3) 59 (4)65

91. fcekjh esa ges' kk gksrk gSµ(1) fuokj.k (2) nkok (3) dkj .k (4)dhVk.kq

92. i z' u fp=k

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

mÙkj fp=k

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

93. 3 fcUnq okys l rg ds foi jhr l rg i j fLFkr fcUnqvksa dh l a[ ; kKkr djsaA

(1)

(2)

(3)(1) 5(2) 6(3) 4(4) fu/ kZfjr ugha fd; k t k l drk


94. Pointing out a photograph, a man tells hisfriends, “she is the daughter of the only son ofmy father’s wife”. How is the girl in thephotograph related to the man?(1) Daughter (2) Cousin (3) Mother (4)Sister

95. If HOTEL is coded as 30. How will you code BORE?(1) 5 (2) 10 (3) 15 (4)20

96. In a certain code “il be pee” means “rose areblue” “sik hee” means “red flowers” and “pee mithee” means “flowers are vegetables”. How is'vegetables are red flowers' written in that code?(1) pee sik mit hee(2) sik pee hee be(3) it sik mit hee(4) can not be determined

97. Darkness : Lamp :: ?(1) Fatigue : Exercise (2) Thirst : Water(3) Medicine : Illness (4) Study : Classroom

98. Which of the following gives the proper relationof Tall men, Black haired people, Indians?

(1) (2)

(3) (4)

99. How many A are there in the following serieswhich are immediately followed by B as well asimmediately proceded by Z?A M B Z A N A A B Z A BA Z B A P Z A B A Z A B(1) Nil (2) One (3) Two (4)Three

100. Six persons A, B, C, D, E and F are sitting in acircle. B is between F and C; A is between E andD; F is to the left of D. Who is between A and F?(1) B (2) C (3) D (4)A

94. , d rLohj dks fn[ kkdj , d vkneh v i us nksLr l s cksyrk gS] “ ogesjs fi rk dh i Ruh dh bdykSrh csVh gSA” rLohj esa t ks yM+dh gSog vkneh l s dSl s l acaf/ r gS\(1) csVh (2) ppsjh cgu (3) ek¡ (4)cgu

95. ; fn HOTEL dk l adsr 30 gSA vki dks BORE dks dSl s l adsrdjuk gksxk\(1) 5 (2) 10 (3) 15 (4)20

96. fdl h l adsr esa] “il be pee” dk eryc “rose are blue”“sik hee” dk eryc “red flowers” rFkk “pee mit hee”dk eryc “flowers are vegetables”. “vegetable arered flowers” dks bl l adsr esa dSl s fy[ kk t k, xk\(1) pee sik mit hee(2) sik pee hee be(3) it sik mit hee(4) fu/ kZfjr ugha fd; k t k l drk

97. va/ dkj % ySEi %% \(1) Fkdku% O; k; ke (2) I; kl % i kuh(3) nkok % fcekjh (4) vè; ; u % oxZ

98. fuEufyf[ kr esa dkSu yEcs vkneh] dkys cky okys yksx] Hkkjrh; dsl aca/ dh l gh : i l s fn[ kkrk gS\

(1) (2)

(3) (4)

99. fuEufyf[ kr Ja[ kyk esa fdrus A gS t ks B ds rqjar i hNs l kFk gh Zds rqjar vkxs gS\A M B Z A N A A B Z A B

A Z B A P Z A B A Z A B(1) , d Hkh ugha(2) , d (3) nks (4) rhu

100. N% O; fDr A, B, C, D, E rFkk F , d oÙk esa cSBs gSaA B, F rFkkC ds chp gS% A, E rFkk D ds chp gS% F, D ds ck, ¡ gSA A rFkkF ds chp dkSu gS\(1) B (2) C (3) D (4)A

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GTSE - SAMPLE PAPER

ANSWER KEYCLASS - 8

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[Time : 2.00 Hours] CLASS : VIII - PRE EXAM Full Marks : 400 · [Time : 2.00 Hours] CLASS : VIII -...

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Transcript of [Time : 2.00 Hours] CLASS : VIII - PRE EXAM Full Marks : 400 · [Time : 2.00 Hours] CLASS : VIII -...