NEET · 2020. 3. 29. · D;kafd buea s leku ÅtkZ lafpr gkrh gSA (2) C 2 (3) C 1 (4) lHkh rhuksa la/kkfj=ks a e a leku ÅtkZ lafpr gksxhA 5. 1000 m yEcs rFkk 70 A /kkjkokgh lh/ks

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LEADER BATCH [PHASE-I & I I ] NEET

Date :Duration : 3.00 Hrs.

## NEET ##

2019 - 2020

Name

Fathers` Name

Reg. No.

:-

:-

PHYSICS + CHEMISTRY + BIOLOGY

:-

PRACTICE PAPER # 02

PHASE-I & II

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1. ,d oS|qr f}/kqzo dks ,d fcUnq vkos’k }kjk mRiUu oS|qr

{ks= esa j[kk x;k gS%&

(1) f}/kqzo ij dqy cy ’kwU; gksuk pkfg;sA

(2) f}/kqzo ij dqy cy ’kwU; gks ldrk gSA

(3) oS|qr {ks= ds dkj.k f}/kqzo ij cyk?kw.kZ ’kwU; gksuk

pkfg,A

(4) oS|qr {ks= ds dkj.k f}/kqqzo ij cyk?kw.kZ ’kwU; gks ldrk

gSA

2. ,d pkyd esa cuh xksyh; xqfgdk ds dsUnz ij vkos’k Q0

j[kk x;k gS rFkk nwljk vU; vkos’k Q pkyd ds ckgj

j[kk x;k gSA lgh dFku gS%&

(1) Q0 rFkk Q ij cy leku rFkk foijhr gSA

(2) Q0 ij cy ’kwU; rFkk Q ij cy v’kwU; gSA

(3) Q0 rFkk Q ij cy ’kwU; gSA

(4) Q0 ij cy v’kwU; rFkk Q ij ’kwU; gSA

3. vleku oØrk ds ,d pkyd ij vkos’k%&

(1) U;wuÙke oØrk ds Hkkx ij vf/kdÙke ?kuRo j[krk gSA

(2) vf/kdÙke oØrk ds Hkkx ij vf/kdÙke ?kuRo j[krk

gSA

(3) iw.kZ lrg ij ,dleku :i ls foifjr gSA

(4) blds vk;ru esa ,dleku :i ls forfjr gSA

4. rhu la/kkfj= C1, C

2 rFkk C

3 fp=kuqlkj ,d cSVjh ls tqM+s

gSA rhuksa la/kkfj=ksa dh /kkfjrk leku gSA dkSUkls la/kkfj=

esa vf/kdÙke ÅtkZ lafpr gksxh%&

(1) C1 ;k C

3 D;ksafd buesa leku ÅtkZ lafpr gksrh gSA

(2) C2

(3) C1

(4) lHkh rhuksa la/kkfj=ksa esa leku ÅtkZ lafpr gksxhA

5. 1000 m yEcs rFkk 70 A /kkjkokgh lh/ks rkj esa bysDVªkWuksa

dk dqy laosx yxHkx gksxk%&

(1) 4 × 10–7 N-sec (2) 3 × 10–7 N-sec

(3) 5 × 10–7 N-sec (4) 7 × 10–7 N-sec

6. ,d ifjiFk esa ,d cSVjh] ,d izfrjks/k R rFkk nks cYc A

o B fp=kuqlkj gSA ;fn cy A dk rUrq (filament) ty

tkrk gS] rks cYc B ds fy, fuEu esa ls dkSulk dFku lR;

gS%&

(1) ;g cUn gks tkrk gSA

(2) bldh ped esa dksbZ ifjorZu ugha gksrk gSA

(3) bldh ped dy gks tkrh gSA

(4) bldh ped T;knk gks tkrk gSA

7. ,d vkosf’kr d.k dks i`Foh dh lrg ds ikl fdlh fcUnq

ls ok;q esa {kSfrt iz{ksfir fd;k tkrk gS tgk¡ i`Foh ds

pqEcdh; {ks= dk {kSfrt ?kVd vuqifLFkr gS] i`Foh ds

pqEcdh; {ks= ds Å/okZ/kj ?kVd rFkk i`Foh ds dkj.k

xq:Roh; {ks= ds izHkko dks ekurs gq;s d.k dk iFk gksxk%&

(1) o`Ùkh; (2) lfiZykdkj

(3) ljy js[kk (4) ijoy;kdkj

8. ,d vosf’kr xsan ,d ’kaDokdkj yksyd dh rjg fu;r

pky ls xfreku gSA bl xsan dh xfr ds dkj.k pqEcdh;

{ks= fu;r gS%&

(1) dsoy o`Ùk ds dsUnz ij

(2) dsoy fuyEcu fcUnq ij

(3) dsoy o`Ùk ds dsUnz rFkk fuyEcu fcUnq nksuksa ij

(4) o`Ùk dh v{k ds lHkh fcUnqvksa ij

9. foijhr fn’kkvksa esa /kkjkokgh nks dq.Mfy;ksa dks lek{kh;

bl izdkj j[kk tkrk gS fd muds dsUnzksa ds chp fuf’pr

nwjh gSA ;fn budks ,d nwljs ds ikl yk;k tkrk gS] rks

buesa izokfgr /kkjk%&

(1) ?kVrh gS (2) c<+rh gSA

(3) fu;r jgrh gSA (4) ’kwU; gks tkrh gSA

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10. fn;s x;s L-C ifjiFk esa] /kkjk dh fn’kk rFkk la/kkfj= dh

ifV~Vdkvksa ij vkos’k fp=kuqlkj gSA bl le; ij%&

(1) I c<+ jgk gS rFkk Q c<+ jgk gSA

(2) I c<+ jgk gS rFkk Q ?kV jgk gSA

(3) I ?kV jgk gS rFkk Q c<+ jgk gSA

(4) I ?kV jgk gS rFkk Q ?kV jgk gSA

11. ,d cYc rFkk ,d la/kkfj= Js.kh Øe esa tqM+s gS ftudksa

,d izR;korhZ /kkjk lzksr ls tksM+k tkrk gSA ;fn bldh

vkofÙk c<+k;h tkrh gS tcfd lzksr dk foHko fu;r j[kk

tkrk gS] rks%&

(1) cYc vf/kd rhoz izdk’k nsxkA

(2) cYc de rhoz izdk’k nsxkA

(3) cYc igys ds leku rhozrk dk izdk’k nsxkA

(4) cYc izdk’k mRltZu cUn dj nsxkA

12. ’osr izdk’k fizTe }kjk fo{ksfir gksrk gS rFkk ,d insZ ij

n`’; LiSDVªe cukrk gSA fuEu esa ls dkSulk lR; gS%&

(1) izR;sd jax ds fy;s vko`fÙk ifjofrZr gksrh gS ysfdu

pky leku gksrh gSA

(2) yky rjaxnS/;Z] gjs rjaxnS/;Z ls cM+s dks.k ls fopfyr

gksrh gSA

(3) fizTe esa cSaxuh izdk’k] gjs izdk’k ls vf/kd pky ls

xfr djrk gSA

(4) fizTe esa lHkh jaxksa dh pky ?kVrh gS rFkk vf/kdÙke

deh cSaxuh izdk’k ds fy;s gksrh gSA

13. ,d izdkf’kr oLrq ls 80 cm nwjh ij ,d inkZ j[kk x;k

gSA lzksr rFkk insZ ds chp ,d vfHklkfjr ysal j[kk x;k

gS rFkk ;g insZ ij lzksr dk izfrfcEc cukus ds fy;s j[kk

tk,A ;fn dksbZ fLFkfr izkIr ugha gksrh gS rks ysal dh

Qksdl yEckbZ%&

(1) 40 cm ls vf/kd gksuh pkfg;sA

(2) 20 cm ls vf/kd gksuh pkfg;sA

(3) 20 cm ls de gksuh pkfg;sA

(4) 40 cm ls vf/kd ugha gksuh pkfg;sA

14. ;ax ds f}f>jhZ iz;ksx esa ;fn f>jhZ;k¡ vleku pkSM+kbZ dh

gS] rks%&

(1) fÝUtsa izkIr ugha gksxhA

(2) U;wuÙke rhozrk dh fLFkfr;ka iw.kZ :i ls dkyh ugha

gksxhA

(3) insZ ds dsUnz ij pedhyh fÝUt ugha cusxhA

(4) nks Øekxr pedhyh fÝUtksa dh chp dh nwjh] nks

Øekxr dkyh fÝUtksa dh chp dh nwjh cjkcj ugha gksxhA

15. /kkrq dh lrg ij vkifrr izdk’k dh vko`fÙk 0

leku j[krs gq, rhozrk c<+kus ls%&

(1) QksVksbysDVªkWuksa dh xfrt ÅtkZ c<+rh gSA

(2) mRlftZr bysDVªkWuksa dh la[;k c<+rh gSa

(3) bysDVªkWuksa dh la[;k rFkk xfrt ÅtkZ c<+rh gSA

(4) dksbZ izHkko ugha

16. izdk’k fo|qr izHkko iz;ksx esa o.khZ; izdk’k (non-

monochromatic light) mi;ksx esa fy;k tkrk gSA fujksèkh

foHko%&

(1) ek/; rjaxnS/;Z ls lEcfU/kr gSa

(2) U;wuÙke rjaxnS/;Z ls lEcfU/kr gSA

(3) vf/kdÙke rjaxnS/;Z ls lEcfU/kr gSA

(4) rjaxnS/;Z ls lEcfU/kr ugha gSA

17. ykbeu Js.kh dh izFke js[kk dh rjaxnS/;Z vf/kdÙke gksxh%&

(1) gkbMªkstu ijek.kq ds fy;sA

(2) M~;qfVfj;e ijek.kq ds fy;sA

(3) ghfy;e (He+) vk;u ds fy;sA

(4) fyfFk;e (Li+2) vk;u ds fy;sA

18. 10 eV xfrt ÅtkZ dk ,d bysDVªkWu izFke mÙksftr

voLFkk esa ,d gkbMªkstu ijek.kq ls Vdjkrk gSA VDdj esa

xfrt ÅtkZ dh gkfu dks DokaVhd`r ekurs gq;s VDdj ds

lanHkZ esa fuEu esa ls xyr fodYi pqfu;s%&

(1) VDdj iw.kZr% vizR;kLFk gks ldrh gSA

(2) VDdj vizR;kLFk gks ldrh gSA

(3) VDdj izR;kLFk gks ldrh gSA

(4) VDdj vizR;kLFk gksuh pkfg;sA

19. 226

88 Ra ls izkjEHk gksdj 206

82 Pb ij lekIr gksus okyh

jsfM;ks/kehZ {k; Üka[kyk ds nkSjku mRlftZr rFkk

d.kksa dh la[;k gS%&

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

(3) 5 ,4 (4) 5 ,6

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20. ca/ku ÅtkZ oØ esa pkj fHkUu&fHkUu ukfHkdksa dh fLFkfr;ka

fp=kuqlkj gSA og izØe tks Lor% :i ls ughas gks ldrk]

gS%&

(1) C 2B

(2) B 2A

(3) D B C

(4) (1) rFkk (2) nksuksa

21. ifjiFk esa cSVjh ls /kkjk gksxh%&

(1) 1

Amp8

(2) 0.1 Amp

(3) 0.5 Amp (4) 0.25 Amp

22. fp= esa fn;s x ;s ifjiFk ls fuxZr 1 izkIr djus ds fy;s

fuos’kh gksus pkfg;s%&

(1) A = 0, B = 1, C = 0 (2) A = 1, B = 0, C = 0

(3) A = 1, B = 0, C = 1 (4) A = 1, B = 1, C = 0

23. 400 km Å¡pkbZ ij ,d vUrfj{k ;ku ls ,d vUrfj{k

;k=h uhps dh vksj iFoh dh lrg dks ns[krk gSA vUrfj{k

;k=h dh vka[k dh iqryh dk O;kl 5 mm ekurs gq;s rFkk

n`’; izdk’k dh rjaxnS/;Z 500 nm gSA vUrfj{k ;k=h

yxHkx fdrus vkdkj dh js[kh; oLrq dks fo?kfVr (resolve)

djus esa l{ke gksxk%&

(1) 0.5 m (2) 5 m (3) 50 m (4) 500 m

24. ;fn ,d izfrpqEcdh; inkFkZ dks NM+ pqEcd ds mÙkjh ;k

nf{k.kh /kzqo ds ikl yk;k tkrk gS] rks ;g%&

(1) /kqzoksa }kjk vkdf"kZr gksxkA]

(2) /kqzoksa }kjk izfrdf"kZr gksxkA

(3) mÙkjh /kqzo }kjk izfrdf"kZr rFkk nf{k.kh /kqzo }kjk

vkdf"kZr

(4) mÙkjh /kzqo }kjk vkdf"kZr rFkk nf{k.kh /kzqo }kjk izfrdf"kZrA

25. yEckbZ L rFkk f=T;k r dh ,d ufydk ls ,d nzo

izokfgr gSA ufydk ds nksuksa fljksa ds chp nkckUrj p gS

rFkk nzo dh ’;kurk 2 2p r x

4vL }kjk nh tkrh gSA

tgk¡ v ufydk dh v{k ls x nwjh ij nzo dk osx gS] rks fn,

x, lEcU/k ls ’;kurk dh foek,a Kkr dhft;s%&

(1) 0 0 0M L T (2)

1MLT

(3) 2 2ML T (4)

1 1ML T

26. nzO;eku 25 kg dh ,d oLrq izkjEHk esa fLFkj gS] foLQksV ds

dkj.k rhu Hkkxksa esa VwVrh gS ftuds nzO;eku dk vuqikr

1 : 1 : 3 gSA leku nzO;eku ds nks VqdM+s ,d nwljs ds

yEcor~ xfr izR;sd 21 ms–1 osx ls xfr djrs gSA Hkkjh

VqdM+s dk osx gS%&

(1) 65 ms–1 (2) 7 ms–1

(3) 9.87 ms–1 (4) 11.5 ms–1

27. nzO;eku M rFkk yEckbZ L dh ,d NM+ dks fp=kuqlkj

v)Zo`Ùkkdkj oy; ds :i esa eksM+k tkrk gSA oy; dk yy’

ds ifjr% tM+Ro vk?kw.kZ gksxk%&

(1)

2

2

ML

2(2)

2

2

ML(3)

2

2

ML

4(4)

2

2

2ML

28. nksuksa fljksa ij cka/kh xbZ ,d jLlh ds vuqizLFk foLFkkiu

dk lehdj.k y x, t 0.06sin x cos120 t3

}kjk

fn;k tkrk gS tgk¡ x rFkk y ehVj esa rFkk t lsd.M esa gSA

jLlh dh yEckbZ 1.5 m rFkk bldk nzO;eku 3 × 10–2 kg

gSA jLlh esa ruko gksxk%&

(1) 324 N (2) 648 N (3) 842 N (4) 972 N

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29. nks xkfM+;k¡ leku fn’kk esa pky 30 km h–1 ls xfreku gSA

nksuksa ,d nwljs ls 5 km dh nwjh ij gSA rhljh xkM+h tks

nksuksa ds foijhr fn’kk esa xfreku gS] nksuksa xkfM+;ksa ls 4

feuV ds le; vUrjky ij feyrh gSA rhljh xkM+h dh

pky D;k gS%&

(1) 35 km h–1 (2) 40 km h–1

(3) 45 km h–1 (4) 75 km h–1

30. fLFkjkoLFkk ls izkjEHk gksdj ,d oLrq 45° ufrdks.k ds

[kqjnjs urry ij uhps rd fQlyus esa] leku ?k"kZ.kjfgr

ry ij fQlyus dk nks xquk le; ysrh gSA oLrq rFkk

urry ds chp ?k"kZ.k xq.kkad gksxk%&

(1) 0.75 (2) 0.33 (3) 0.25 (4) 0.80

31. ,d d.k M }kjk ,d fofe; xfr esa r; fd;k x;k

foLFkkiu 3t 3x 6 }kjk fn;k tkrk gS] tgk¡ x ehVj

esa rFkk t lSd.M esa gSA tc d.k dk osx ’kwU; gS] rc

foLFkkiu gksxk%&

(1) 24 m (2) 12 m (3) 5 m (4) ’kwU;

32. izR;sd 100 xzke nzO;eku ds rhu d.k ,d 20 cm Hkqtk ds

leckgq f=Hkqt ds ’kh"kksZa ij j[ks gSaA bl f=Hkqt dh Hkqtk

dks 30 cm rd c<+kus esa fd;k x;k dk;Z gksxk%&

(G = 6.6 × 10–11 N/m/kg2)

(1) 3.3 × 10–11 J (2) 3.3 × 10–12 J

(3) 9.9 × 10–12 J (4) 6.6 × 10–13 J

33. ,d mRltZd oLRkq dk rkieku 30 izfr’kr ls c<+k;k tkrk gS]

rks mRlftZr fofdj.kksa dh ek=k esa c<+ksÙkjh yxHkx gksxh%&

(1) 185 % (2) 285 % (3) 325% (4) 245%

34. ,d ehVj yEckbZ dh ,d {kSfrt NM+ dks blds ,d fljs

ls xqtjus okyh Å/okZ/kj v{k ds ikfjr% ?kqek;k tkrk gSA

?kw.kZuksa dh la[;k izfr lsd.M ftl ij NM+ NwV tk;sxh]

gksxh%&

¼NM+ ds inkFkZ dk VwVus dk izfrcy = 3 × 109 Nm–2, NM+

ds inkFkZ dk ?kuRo = 6000 kg/m3 ½

(1) 1000 rps (2) 318.5 rps

(3) 159 rps (4) 259 rps

35. h Å¡pkbZ ds ,d VkWoj ds Åij ls ,d oLRkq dks u pky ls

{kSfrt esa iz{ksfir djrs gS] rks /kjkry ij VkWoj ls R {kSfrt

nwjh ij fxjrh gSA ,d nwljh oLRkq dks 4R Å¡pkbZ ds ,d

VkWoj ls {kSfrt esa iz{ksfir djrs gS] rks /kjkry ij VkWoj ls

2R {kSfrt nwjh ij fxjrh gSA nwljh oLRkq dh izkjfEHkd

pky gksxh%&

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

36. ,d ikbZi esa ikuh dk nkc tc uy cUn rFkk [kqyk gS]

Øe’k% 4.5 × 105 Nm–2 rFkk 4.0 × 105 Nm–2 gSaA [kqys

uy dh fLFkfr esa ikuh ds ckgj cgus dks osx gksxk%&

¼ikuh dk ?kuRo = 103 kgm–3 ½

(1) 5 ms–1 (2) 10 ms–1

(3) 15 ms–1 (4) 20 ms–1

37. ,d [kqyh rFkk cUn vkWxZu ikbZi leku yEckbZ dh gSaA

nksuksa ikbZiksa ds P osa Øe ds dEiUu dh vko`fÙk;ksa dk

vuqikr gksxk%&

(1) 1 (2) P

(3) P (2P + 1) (4) 2P

2P 1

38. ,d vkn’kZ xSl ds fy;s eksyj Å"ek /kkfjrk%&

(1) :)ks"e izØe ds fy;s vuUr gksrh gSa

(2) lerkih; izØe ds fy;s ’kwU; gksrh gSa

(3) izØe ftlesa ;k rks vk;ru ;k nkc fu;r gS ds fy;s

xSl dh izd`fr ls Lora= gSA

(4) fdlh Hkh izØe ds fy;s vkf.od Hkkj rFkk fof’k"V

Å"ek /kkfjrk ds xq.kuQy ds cjkcj gSA

39. 1 km pkSM+kbZ dh ,d unh dks ,d uko U;wuÙke iFk esa 15

feuV esa ikj djrh gSA ;fn fLFkj ikuh esa uko dh pky

5 km/h gS] rks unh dh pky D;k gksxh%&

(1) 1 km h–1 (2) 3 km h–1

(3) 2 km h–1 (4) 5 km h–1

40. m nzO;eku dk ,d d.k U = bx2 – ax }kjk fn;s x;s

fLFkfrt ÅtkZ {ks= esa xfreku gS] tgk¡ a rFkk b /kukRed

fu;rkad gSA d.k ds nksyu dh vkorhZ gS%&

(1) 1 2b

2 m(2)

2 b

(3) 1 b

2m(4)

1 b

m

41. ,d rkiekih xyr ekikafdr gSaA ;g rkiekih ls cQZ dk

xyu fcUnq –10°C n’kkZrk gS rFkk 50°C rkieku ij

60°C n’kkZrk gSA bl rkiekih }kjk ty dk ok"iu fcUnq

dk rkieku gksxk%&

(1) 120°C (2) 110°C (3) 90°C (4) 130°C

42. 60 kg nzO;eku dh ,d oLrq ,d fy¶V esa fLFkj j[kh gS]

ftldk Åij dh vksj Roj.k 2 ms–2 Åij dh vksj gSA

oLrq dk vkHkklh Hkkj gS%& (g = 10 ms–2)

(1) 72 N (2) 60 N (3) 480 N (4) 720 N

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43. ,d lzksr ,d lsd.M esa 256 rjaxs Hkstrk gSA ;fn lzksr

izs{kd dh vksj gok esa /ofu ds osx ds 1

3 osx ls xfreku

gS] rks izs{kd }kjk izfr lsd.M izkIr dh xbZ rjaxksa dh

la[;k gksxh%&

(1) 300 (2) 192 (3) 384 (4) 200

44. nzO;eku m = 5 bdkbZ dk ,d d.k XOY ry esa y = x +

4 js[kk ds vuqfn’k ,dleku pky v 3 2 bdkbZ ls

xfreku gSaA d.k dk ewy fcUnq ds ifjr% dks.khl laosx dk

ifjek.k gksxk%&

(1) 60 bdkbZ (2) 40 2 bdkbZ

(3) ’kwU; (4) 7.5 bdkbZ

45. nzO;eku 2 kg dh ,d oLrq dk foLFkkiu le; t ds lkFk

s = t2 + 2t ls ifjofrZr gksrk gS] tgk¡ S ehVj esa rFkk t

lsd.M esa gSaA oLrq ij dk;Zjr lHkh cyksa }kjk t = 2s ls

t = 4s rd fd;k x;k dk;Z gksxk%&

(1) 36 J (2) 64 J (3) 100 J (4) 120 J

46. nh x;h vfHkfØ;k esa Alc. KOH ds fdrus eksy [kpZ

gksaxs%&

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

47. C4H

8O ds fdrus dkcksZuhy ;kSfxd leko;h vk;ksMksQkeZ

ifj{k.k nsaxs ¼f=foe leko;h ds vykok½%&

(1) 1 (2) 2

(3) 3 (4) 4

48. ;fn ,Fksuy rFkk Qsfuy,Fksuy ds feJ.k dks ruq NaOH

ds lkFk fØ;k djkbZ tkrh gS rks dqy fdrus izdkj ds

,YMksy mRikn cusaxsa ¼f=foe leko;h dks NksM+dj½%&

(1) 2 (2) 6

(3) 3 (4) 4

49. Di-t-butyl ether dks eq[; :i ls fdl vfHkfØ;k }kjk

izkIr fd;k tk ldrk gS%&

(1) 3 33 3CH C Br CH COK

(2) 2 4H SO

3 140 C3CH C OH

(3) 2 3Al O

3 240 C3CH C OH

(4) 3 32 4CH COHConc.H SO

3 22CH C CH

50. nh x;h vfHkfØ;k ds fy, eq[; mRikn gksxk%&

(1)

(2)

(3)

(4)

51. fn;s x;s ;kSfxdksa esa SN1 vfHkfØ;k nj dk lgh Øe gS%&

(1) IV < I < III < II

(2) IV < III < I < II

(3) IV < III < II < I

(4) I < IV < III < II

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52. dkSu ls ;kSfxd dk 3 4H PO / dh mifLFkfr esa

futZyhdj.k dh nj lcls vf/kd gksxh%&

(1)

(2)

(3)

(4)

53. lgh Øe pqfu;s%&

I. eksukslSdsjkbM~l izdkf’kd lfØ; ikWyhgkbMªkWDlh

dkcksZuhy ;kSfxd gksrs gSaA

II. ÝDVkst] Qsgfyax foy;u dks vipf;r ugha djrk

D;ksafd ;g ,d fdVkst gSA

III. D Xywdkst rFkk D Xyqdkst

,uksej

IV. D-Xyqdkst rFkk D-eSukst C-2 ,ihej gSA

(1) I, II (2) I, II, III

(3) I, II, III, IV (4) I, III, IV

54. dkSulh nok ,UVhMhizlsUV ds :i esa iz;ksx gksrh gS%&

(1) Sulphadiazine (2) Equanil

(3) Paracetamol (4) Zylenol

55. fn;s x;s ,Ydhuksa dh vkstksu ds rFkk fØ;k’khyrk dk

lgh Øe gS%&

(1) s > q > r > p

(2) p > r > q > s

(3) s > r > q > p

(4) p > q > r > s

56. fn x;h vfHkfØ;k ds fy;s eq[; mRikn P rFkk Q Øe’k%

gksaxs%&

(1)

(2)

(3)

(4)

57. fdldk f}/kqzo vk?kw.kZ lcls vf/kd gS%&

(1) (2)

(3) (4)

58. (A) rFkk (B) esa lgh lEcU/k pqfu;s%&

(1) Diastereomers (2) Enantiomers

(3) Identical (4) Strucural isomers

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59. fuEUk esa lcls vf/kd LFkkbZ dkcZ,uk;u gS%&

(1)

(2) 2Ph CH

(3) 2

Me CH

(4)

60. eq[; mRikn gS%&

(1)

(2)

(3)

(4)

61. nh xbZ vfHkfØ;k ds fy;s3

2 3 3 2 4As S NO S NO AsO

As2S

3 dk rqY;kadh Hkkj Kkr dhft;s ¼As

2S

3 dk v.kqHkkj

‘M’ gS½

(1) M

6(2)

M

10(3)

M

8(4)

M

4

62. 20 ml, 0.2 M Al2 (SO

4)

3 dks 20 ml, 0.6 M BaCl

2 ds

lkFk fefJr fd;k tkrk gS] rc ifj.kkeh foy;u esa Ba+2

dh lkUnzrk gS%&

(1) 0.2 M (2) 1.2 M (3) 0.6 M (4) 0 M

63. nks rRoksa 1

1

M

Z A rFkk 2

2

M

Z A esa 1 2M M gSA ysfdu

M1 – Z

1 = M

2 – Z

2 gS] rc rRo gS%&

(1) Isotonic (2) Isobaric

(3) Isotopic (4) Isoprotonic

64. de nkc ij CH4 ds fy, ok.Mjoky lehdj.k gS%&

(1) PV RT Pb (2) a

PV RTV

(3) a

PV RTV

(4) PV RT Pb

65. :)ks"e izØe ds nkSjku ,d xSl VT3 = fLFkj dk vuqlj.k

djrh gS] rc xSl gksxh%&(1) Monoatomic (2) Diatomic

(3) Polytomic (4) Either of these

66. 24 g 6 gCH ,C H rFkk 2 g

H ds fy, ngu Å"ek,¡ Øe’k%890.3, 1559.7 rFkk 285.9 kJ mol–1 gSA dkSuls bZa/ku dhlokZf/kd n{krk gS%&(1) H

2(2) CH

4

(3) C2H

6(4) nksuksa (2) vkSj (3)

67. fn xbZ vfHkfØ;k ds fy;s %

5 3 2PCl PCl Cl

PCl5 dk 50% fo?kVu ds fy;s vko’;d dqy nkc cjkcj

gS%&

(1) 3kp (2) kp

3(3) 2kp (4)

kp

2

68. fuEu esa ls dkSulk foy;u pH = 10 j[krk gS ¼rki = 297 K½%&

(1) 1 × 10–10 M HCl foy;u

(2) 1 × 10–4 M NaOH foy;u

(3) 1 × 1010 M NaOH foy;u

(4) nksuksa (1) ,oa (2)

69. Tetragonal fØLVy ds fy;s%&

(1) a b c, 90

(2) a b c, 90

(3) a b c, 90

(4) a b c, 90 , 120

70. fuEufyf[kr foy;uksa ¼1 eksyy½ esa ls vf/kdÙke fgekad

fcUnq gSA ;fn lHkh leku ek=k ea vk;uhd`r gksrs gSa%&

(1) 2 36Fe H O Cl

(2) 2 2 25Fe H O Cl Cl .H O

(3) 2 2 24Fe H O Cl Cl.2H O

(4) 2 3 23Fe H O Cl .3H O

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71. 1 eksy 2

2 7Cr O vk;u dks Cr+3 esa vipf;r djus ds fy;s

vko’;d vkos’k gS%&

(1) 96500 C (2) 2 96500C

(3) 3 96500C (4) 6 96500C

72. Log K rFkk 1/T ds e/; xzkQ cuk;k x;k gS] rc lfØ;.k

ÅtkZ dh x.kuk ds fy;s lgh xzkQ gS%&

(1)

(2)

(3)

(4)

73. As2S

3 dk dkWykbM lkWy fdldks igys vf/k’kksf"kr djsxk%&

(1) 3NO (2) K

(3) 2S (4) H

74. ;fn 8.0 g jsfM;ks,sfDVo leLFkkfud dh v)Zvk;qdky 10

hours gS] rc leku rRo ds fy;s 2.0 g dh v)Zvk;qdky

gksxh%&

(1) 2.5 hr (2) 5.0 hr

(3) 10 hr (4) 40 hr

75. fuEufyf[kr v)ZlSyksa ds fy;s 25°C rki ij ekud foHko

fn;k x;k gS%&

rc 2

2MnO Mn ds fy, ekud foHko gksxk%&

(1) 0.56V (2) 2.46V

(3) 1.23V (4) 1.23V

76. fuEu esa ls dkSulk dkWij ugha j[krk gS%&

(1) Brass (2) Bronze

(3) Azurite (4) Calamine

77. fuEUk esa ls dkSulk fu"rkiu ls lEcfU/kr ugha gS%&

(1) ^vkWDlks* v;Ldksa dk vi?kVu

(2) lYQkbM v;Ldksa ls vkWDlkbMksa dk fuekZ.k

(3) v;Ld dk xyu

(4) ok"i’khy v’kqf);ksa dk fu"dk’ku

78. fuEu esa ls dkSuls ladqy dh dsUnzh; /kkrq ds ladj.k esa d-

d{kd dk mi;ksx ugha djrh gS%&

(1) 4

4Ni CN (2)

2

3 6Ni NH

(3) 2

3 4Cu NH (4)

3

6Fe CN

79. fuEu esa ls dkSulk vuqpqEcdh; ladqy +2 voLFkk ds

lkFk&lkFk T;kfefr; leko;ork iznf’kZr djrk gS%&

(1) 23Ni en Cl

(2) 22 2Cr en NO Cl

(3) 3 22Pt NH Cl

(4) 3 2 224Co NH H O Cl

80. dkSuls ty esa ?kksyus ij {kkjh; foy;u mRiUu djrk gS%&

(i) Borax (ii) Potash alum

(iii) SO2(OH)

2

(1) (ii), (iii) (2) (i), (ii)

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

81. lgla;kstd y{k.k ds fy;s vlR; dk p;u dhft;s%&

(1) SnCl4 > SnCl

2(2) SbCl

5 > SbCl

3

(3) UF6 > UF

4(4) CaCl

2 > ZnCl

3

82. fn;s x;s fuEu esa ls xyr feyku gS%&

(1) 2N O jaxghu xSl] fyVel ds izfr mnklhu

(2) NO Hkwjh xSl] fyVel ds izfr mnklhu

(3) 2 3N O uhyk] vEyh;

(4) 2NO Hkwjk] vEyh;

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83. fuEu esa ls dkSulk xeZ djus ij vo’ks"k nsrk gS%&

(1) 4 3NH NO

(2) 4 2NH NO

(3) 4 2 72NH Cr O

(4) 4NH Cl

84. fuEu esa ls dkSulk O2 ds lkFk Cr

2O

3 mRiUu djrk gS%&

(i) 4 2 72NH Cr O dks xeZ djus ij

(ii) 3CrO dks xeZ djus ij

(iii) 2 2 7K Cr O dks xeZ djus ij

(iv) 2 3Al O ,Cr ds lkFk vfHkfØ;k

(1) dsoy (i), (ii)

(2) dsoy (ii), (iii)

(3) dsoy (i), (iii), (iv)

(4) dsoy (ii), (iv)

85. fuEu esa ls fdlesa vf/kdÙke ik¡p ijek.kq leku ry esa

gS%&

(i) 4XeF (ii)

5BrF

(iii) –

2Ag CN (iv)

2

6PtCl

(1) (i), (ii), (iii), (iv)

(2) dsoy (i), (ii)

(3) dsoy (i), (iv)

(4) dsoy (ii), (iii), (iv)

86. vf/kd la[;k esa vkWDlhdj.k voLFkk izsf{kr gksrk gS%&

(1) ysUFkksukWbMks esa (2) ,DVhukWbM esa

(3) {kkr /kkrq (4) {kkj e`nk /kkrq

87. iksVsf’k;e yo.k dk dkSulk _.kk;u vkdfr

j[krk gS%&

(1) KI3

(2) KN3

(3) K2S

3(4) K

2O

2

88. fuEufyf[kr esa ls dkSulk dBksj ty esa Ca+2 o Mg+2

}kjk H+ vk;u dk vknku&iznku djrk gS%&

(1) ft;ksykbV

(2) la’ysf"kr vk;u fofue; jsftu

(3) lksfM;e ds ikWyhQkWLQsV

(4) EDTA4– dk ;ksx

89. gkbMªkbM tks cgqydh; lajpuk j[krk gS%&

(1) CaH2

(2) NaH

(3) B2H

6(4) BeH

2

90. ihus dk ikuh esa------------------------dh vkf/kD; esa ek=k fojspd

(Laxative) mRiUu djrh gS%&

(1) ysM (2) lYQsV (3) ukbVªsV (4) ¶yksjkbM

91. uhps fn;k x;k fp= ;g n’kkZrk gS fd ;d`r rd oLrq,a

dSls ys tk;h rFkk yk;h tkrh gSA bUgsa A, B, C, D, E ,oa

F ls fpfUgr fd;k x;k gSA fuEufyf[kr esa ls dkSulk

fpfUgdj.k lR; gs%&

(1) A ;dr fuokfgdk f’kjk rFkk E ;dr f’kjk gSA

(2) C vka= gS rFkk F ;dr fuokfgdk f’kjk gSA(3) D ;dr fuokfgdk f’kjk gS rFkk F ;dr f’kjk gSA(4) B vXuk’k;h /keuh gS rFkk E ;drh; /keuh gSA

92. fuEUkfyf[kr esa ls dkSulk lkdksZfe;j lR; :i ls fpfUgr gS%&

(1)

(2)

(3)

(4)



93. fuEufyf[kr esa ls dkSulh vUr% lzkoh xzafFk dks ’kY;fpfdRlk

}kjk gVk;h tkus ij ekuo :f/kj esa vf/kdÙke dSfY’k;e

Lrj esa ifjorZu djrk gS%&

(1) iSjkFkk;jkWbM (2) vf/ko`Dd e/;ka’k

(3) Fkk;jkWbM (4) vXuk’k;

94. fuEufyf[kr esa ls dkSulk ,d euq";ksa dh d’ks:d n.M

dh d’ks:dkvksa dk lgh Øekuqlkj Øe gS%&

(1) xzhok & dfV & o{kh; & f=d & vuqf=d

(2) xzhok & o{kh; & f=d & dfV & vuqf=d

(3) xzhok & f=d & o{kh; & dfV & vuqf=d

(4) xzhok & o{kh; & dfV & f=d & vuqf=d

95. fuEUkfyf[kr lkj.kh ijkuqdEih rFkk vuqdEih raf=dk ra=

ds izHKko dh rqyuk djrh gSA dkSulk ,d lgh feyku

gS%&

96. nh x;h lkj.kh dqN gkWeksZuksa] buds lzksr xzafFk rFkk ekuo

’kjhj ij ,d izHkkoh izHkko gsrq viw.kZ gSA lgh fodYi dk

p;u dhft;s tks A, B rFkk C dh iwfrZ djrs gSa%&

97. ySafxd gkWeksZu gsrq fuEufyf[kr esa ls dkSulk ,d dFku

lR; gS%&

(1) ySfMx dksf’kdk }kjk VsLVksfLVjkWu dk mRiknu

Y;wfVukbftax gkWeksZu ds izHkko ds dkj.k gksrk gSA

(2) izkstsLVsjkWu dk lzko.k dkWiZl Y;wfV;e ds }kjk gksrk gS

rFkk ;g cPps ds tUe ds nkSjku Jks.kh Luk;qvksa dks <+hyk

cukrk gSA

(3) ,LVªkstu dk lzko.k lVksZyh dksf’kdk dksf’kdkvksa rFkk

dkWiZl Y;wfV;e nksuksa ds }kjk gksrk gSA

(4) dkWilZ Y;wfV;e }kjk mRikfnr izkstsLVsjksu vijk }kjk

mRikfnr izkstsLVsjksu ls tSfod :i ls fHkUu gSA

96. fn;s x;s vkjs[k esa A – E dh lgh igpku okys fodYi dk

p;u dhft;s%&

99. jsfVuk ls Vdjkus okys izdk’k dh fn’kk D;k gksxh%&

(1) izdk’k laosnh dksf’kdk,¡ f}/kqzoh; raf=dk,¡

xqfPNdk dksf’kdk,¡ laosnh dksf’kdk,¡

(2) laosnh raf=dk,¡ f}/kqzoh; raf=dk,¡ xqfPNdk

dksf’kdk,¡ izdk’k laosnh dksf’kdk,¡

(3) laosnh raf=dk,¡ xqfPNdk dksf’kdk,¡ f}/kqzoh;

raf=dk,¡ izdk’k laosnh dksf’kdk,¡

(4) izdk’k laosnh dksf’kdk,¡ xqfPNdk dksf’kdk,¡

f}q/kzoh; raf=dk,¡ laosnh raf=dk,¡

100. c<+k gqvk :f/kj nkc] ew= esa ?kVh gq;h ty dh ek=k rFkk

fpduh isf’k;ksa esa ladqpu izkjEHku Øe’k% fdlds }kjk

gksrk gS%&

(1) vkWDlhVksflu rFkk ACTH

(2) oslksizksflu rFkk ACTH

(3) oslksizsflu rFkk ADH

(4) oslksizksflu rFkk vkWDlhVksflu



101. feUjsyksdksfVZdksbM dk lzko.k vf/ko`Dd xzafFk ds fdl {ks=

esa gksrk gS%&

(1) vf/ko`Dd oYdqV ds tksuk Xykses:ykslk

(2) vf/ko`Dd oYdqV ds tksuk QsflY;wysVk

(3) vf/ko`Dd oYdqV ds tksuk jsfVD;qysfjl

(4) vf/ko`Dd e/;ka’k

102. fuEufyf[kr esa ls dkSulk vlqesfyr ;qXe gS%&

(1) ih;w"k dh i’p ikyh & oslksizslhu

(2) vka= & flfØfVu

(3) ih;w"k xzafFk & lsjksVksfuu

(4) vf/ko`Dd oYdqV & izkstsLVsjkWu

103. LraHk-I dk feyku LrEHk-II ls dhft;s rFkk fn;s x;s

fodYiksa esa ls lR; fodYi dk p;u dhft;s%&

LraHk-I LraHk-II

(i) feVªy dikV (a) nk;ka vkfyUn

(ii) f=oyuh dikV (b) egk/keuh rFkk ck;sa fuy;

ds e/;

(iii) fFkcsfl;u dikV (c) ck;sa vkfyUn rFkk ck;sa fuy;

ds e/;

(iv) ;wLVsdh;u dikV (d) nk;sa vkfyUn rFkk nk;sa fuy;

ds e/;

(i) (ii) (iii) (iv)

(1) d c a b

(2) c d a a

(3) d b a c

(4) a b c c

104. izFke ân; /keuh dk dky____(a)___ lSds.M rFkk

vko`fÙk___(b)___ Hz gSA f}rh; ân; /keuh dk dky

___(c)___lSds.M rFkk vko`fÙk___(d)___Hz gSA

fn;s x;s fodYiksa esa ls a, b, c rFkk d dks Øe’k% igpkfu;s%&

(1) 0.15, 30, 0.12, 50 (2) 0.12, 30, 0.15, 50

(3) 0.15, 50, 0.12, 30 (4) 0.12, 50, 0.15, 30

105. eknk dkWdjksp esa tufud dks"B dk fuekZ.k gksrk gS%&

(1) 9osa rFkk 10osa i`"Bd }kjk

(2) 7osa v/kjd ds lkFk 9ok¡ rFkk 10ok¡ i`"Bd }kjk

(3) 9osa rFkk 10osa i`"Bd ds lkFk 9ok¡ v/kjd }kjk

(4) 7osa v/kjd ds lkFk 8ok¡ rFkk 9ok¡ v/kjd }kjk

106. LraHk-II ls a, b, c rFkk d dks igpkfu;s%&

LraHk-I LraHk-II

(a) 1 tksM+h o`"k.k (i)___(a)___mnjh; [k.M

(b) N=d :ih xzafFk (ii)___(b)___mnjh; [k.M

(c) v.Mk’k; (iii)___(c)___mnjh; [k.M

(d) ’kqØk.kq/kkuh (iv)___(d)___mnjh; [k.M

(1) (a) 6th – 7th (b) 4th – 6th

(c) 2th – 6th (d) 7th

(2) (a) 4th – 6th (b) 6th – 7th

(c) 2th – 6th (d) 6th

(3) (a) 4th – 6th (b) 2th – 6th

(c) 6th – 7th (d) 6th

(4) (a) 2th – 6th (b) 4th – 6th

(c) 6th (d) 6th – 7th

107. esa<+d esa ’kqØk.kq ifjogu iFk dks iznf’kZr djus okys lgh

fodYi dk p;u dhft;s%&

(1) lsfeuhQsjl ufydk ’kqØ okfgdk;sa yEcor~

laxzkgd okfguh fcMlZ ufydk

(2) lsfeuhQsjl ufydk ’kqØ okfgdk;sa fcMlZ ufydk

yEcor~ laxzkgd okfguh ew= tuu okfguh

voLdj voLdj }kj

(3) ’kqØ okfgdk;sa lsfeuhQsjl ufydk fcMlZ

ufydk yEcor~ laxzkgd okfguh ewy tuu okfguh

voLdj voLdj }kj

(4) lsfeuhQsjl ufydk fcMlZ ufydk ’kqØ okfgdk;sa

yECkor~ laxzkgd okfguh ew= tuu okfguh

voLdj voLdj }kj

108. ikpu ra= dk og fodkj ftlesa vlkekU; vkaf=; xfr

rFkk ey inkFkZ dh rjyrk c<+ tkrh gS] dgykrk gS%&

(1) ihfy;k (2) oeu

(3) dks"Bc)rk (4) izokfgdk

109. 1 kg ty dk rkieku 1°C c<+k;s tkus gsrq t:jh ÅtkZ

dh ek=k D;k dgykrh gS%&

(1) ,d fdyks dSyksjh (2) ,d dSyksjh

(3) K–cal / gm (4) LFkwy dSyksjh eku

110. lehdj.k dks iwjk djus ds fy;s X vkSj Y dh igpku

dhft;s%&X

YlØq kst Xydw kst

(1) X lqØst; Y XysDVkst

(2) X bUoVsZt; Y ÝDVkst

(3) X lqØst; Y Xywdkst

(4) X ekYVst; Y Xywdkst



111. ml lajpuk dk uke crkb;sa tks olk dh ikblhdj.k ds

nkSjku izksVhu vkLrfjr lw{e olk xksfydk esa iqu% lapfjr

gksdj vadqjksa dh yfldk okfgfu;ksa esa pys tkrs gSa%&

(1) dkbyksekbØksu (2) ysfDV;y

(3) felys (4) uSuks ekbØksu

112. fuEufyf[kr esa ls fdruh lajpuk,¡ viw.kZ mikfLFky oy;

}kjk vkyafcr gksrh gS%&

’okluyh] izkFkfed ’oluh] f}rh;d ’oluh] r`rh;d

’oluh] izkjfEHkd ’olfudk,¡] vUrLFk ’olfudk,a] ’olu

’olfudk,a] dqfidh; ufydk] ,fVª;k

(1) rhu (2) pkj

(3) ik¡p (4) N%

113. dqN tUrqvksa esa nsg xqgk ehtksMeZ }kjk vkLrfjr ugha gksrh

vfirq ;g fc[kjs gq;s vk’k; ds :i esa mifLFkr gksrh gS

rFkk dqN esa ;g vuqifLFkr gksrh gSA ;g tUrq Øe’k%

dgykrs gSa%&

(1) vxqgk rFkk dwVxqgk (2) dwVxqgk rFkk izxqgk

(3) dwVxqgk rFkk vxqgk (4) dwVxqgh; rFkk vxqgh;

114. dqN fuMsfj;Ul esa esVkftusfll fuEu esa ls iznf’kZr gksrh

gS%&

A

BX Y

ikWfyi esM;~ lw k

Åij iznf’kZr ih<+h ,dkarj.k esa] A, B, X rFkk Y dh

igpku dhft;s%&

(1) A ySafxd] B vySafxd] X gkbMªk] Y

,Mef’k;k

(2) A vySafxd] B ySafxd] X rFkk Y gkbMªk

(3) A ySafxd] B vySafxd] X rFkk Y

vkcsfy;k(2) A vySafxd] B ySafxd] X rFkk Y

vkcsfy;k115. dkaMªh,UFkht oxZ ds naÙk fdlds :ikUrj.k gS%&

(1) lkbDyksbM ’kYd (2) iV~VkHk ¼IysdkWbM½ ’kYd

(3) VhuksbM ’kYd (4) xsyksbM ’kYd

116. og midyk tks lkekU;r% xzafFk;ksa dh okfguh;ksa rFkk

o`Ddksa ds o`Ddksa ds ufydkdkj Hkkxksa esa mifLFkr gksrh gS]

dgykrh gS%&

(1) ’kYdh midyk

(2) ?kukdkj midyk

(3) LrEHkkdkj midyk

(4) i{ekHkh; xzafFky LrEHkkdkj midyk

117. ___(A)___dks NksM+dj lHkh la;ksth ÅÙkdksa esa dksf’kdk;sa

lajpukRed izksVhu ds rarqvksa dk lzko.k djrh gSA A dh

igpku dhft;s%&

(1) mikfLFk (2) vfLFk

(3) :f/kj (4) ,fMikst

118. fuEufyf[kr dks Øe’k% vUr% ’olu pj.k rFkk fu%’olu

pj.k esa ckafV;sa%&

(i) Mk;kÝke esa ladqpu

(ii) EICM esa ladqpu

(iii) o{kh; d{k ds vk;ru esa deh

(iv) ilyh rFkk mjksfLFk dk Åij mBuk

(v) o{kh; d{k dks vk;ru esa c<+ksrjh

(vi) vUrjk Qq¶Qqlh; nkc dk okrkoj.kh; nkc ls de gksukA

(vii) EICM rFkk Ýsfud is’kh dk viuh lkekU; fLFkfr esa

yksVuk

(viii) Qq¶Qql ls ok;q dk ckgj fudyuk

(1) (i), (ii), (iv) rFkk (iii), (v), (vi), (vii), (viii)

(2) (iii), (v), (vi), (vii) rFkk (i), (ii), (iv), (viii)

(3) (i), (ii), (iv), (v), (vi) rFkk (iii), (vii), (viii)

(4) (iii), (vii), (viii) rFkk (i), (ii), (iv), (v), (vi)

119. fgeksXyksfcu ls vkWDlhtu dh ca/kqrk izkFkfed :i ls

lEcfU/kr gS%&

(1) pO2 ls

(2) pCO2 ls

(3) H+ lkUnzrk ls

(4) rkieku ls

120. fn;s x;s fodYiksa esa ls vlR; lEcU/k dk p;u dhft;s%&

(1) ERV = IRV–(TV + RV)

(2) FRC = TLC – (TV + IRV)

(3) TLC = VC + RV

(4) IC = VC – IRV

121. /kwy ds d.kksa ds nh?kZdkyhu izHkko ls ’kksFk mRiUu gksrk gS

ftl dkj.k js’kke;rk mRiUu gksrh gSA ftlds QyLo:i

QsQM+ksa dks xaHkhj uqdlku gks ldrk gSA ;g dFku fdlds

lEcfU/kr ugha gS%&

(1) ,LcsLVksfll

(2) flfydksfll

(3) ORD (4) okrLQhfr ¼,EQkbflek½



122. LraHk-I dk feyku LraHk-II ls dhft;s rFkk fn;s x;s fodYiksa

esa ls lR; dk p;u dhft;s%&

LraHk-I LrEHk-II

(A) bfjFkzkslkbV (i) 120 fnu dk thou dky

(B) Y;wdkslkbV (ii) 1.5 yk[k ls 3.5 yk[k

(C) FkzksEckslkbV (iii) ’kjhj dh izfrj{kk iz.kkyh

(iv) :f/kj Ldanu esa lfEefyr

(v) :f/kj ds mm–3 esa 6000–8000

(vi) df.kdke; rFkk vdf.kdke;

(1) A (i), (iv) B (ii), (iii), (vi) C (v)

(2) A (i) B (iii), (v), (vi) C (ii), (iv)

(3) A (i), (v) B (ii), (iii), (iv) C (v), (vi)

(4) A (i) B (iii), (vi) C (ii), (v), (vi)

123. LraHk A easa fn;s x;s oSKkfudksa ds uke dk LrEHk-B esa fn;s

x, lEcfU/kr ?kVdksa ls feyku djds fn;s x;s dwVksa ls

mÙkj dk p;u dhft;s%&

LraHk-I LrEHk-II

(A) gsjkWYM ;wjs rFkk feyj I. ekbØksLQh;j

(B) D;wfo;j II. futhZo v.kqvksa ls izFke

thoèkkfj;ksa dh mRifÙk

(C) flMuh QkWDl III. vuqdj.kh; iz;ksx

(D) vksisfju IV. izy;okn dk fl)kUr

(1) A III, B IV, C I, D II

(2) A III, B IV, C II, D I

(3) A IV, B III, C I, D II

(4) A IV, B I, C II, D III

124. vaxksa ds fuEufyf[kr tksM+ksa ij fopkj dhft;s%&

(a) MªSdks rFkk pexkn<+ ds Roph; ia[k

(b) esa<+d rFkk euq"; ds efLr"d

(c) isafXou rFkk Ogsy ds f¶yilZ

(d) e/kqeD[kh rFkk rRkS;k (Wasp) ds na’k midj.k

(e) vkWDVksil rFkk yksfyxksa dh vk¡[ksa

buesa ls dkSulk letkr vax gS%&

(1) dsoy b (2) dsoy b rFkk d

(3) dsoy b, d rFkk e (4) lHkh

125. fuEufyf[kr esa ls dkSulk ekuo iwoZt ds lanHkZ esa vlR; gS%&

(1) ØkseSXuu izFke iwoZt Fks ftUgksaus ’koksa dks nQuk;kA

(2) LotkfrHkf{krk fu,UMjFky ekuoksa esa mifLFkr FkhA

(3) tkok dfi ekuo us lcls igys vkx dk mi;ksx fd;kA

(4) gkseks gsfcfyl izFke gksfefuM iwoZt ¼oa’k&gkseks ls½ Fks

vkSj mUgksaus loZizFke vkStkj cuk;sA

126. viw.kZ izHkkfork ds lanHkZ esa ,d fo"ke fodYi dk p;u

dhft;s%&

(1) F2 ih<+h esa thuizk:fid rFkk y{k.kizk:fid vuqikr

leku gksrs gSA

(2) ifj{kkFkZ ladj.k nks y{k.kiz:i cukrk gSA

(3) F1 ladj dk y{k.kiz:i nksuksa tudksa ls lekurk

n’kkZrk gSA

(4) fejkfoyl tykik rFkk ,fUVfjgue estl ds iq"i dk

jax blds nks mnkgj.k gSA

127. lkekU; nf"V okys iq:"k vkSj o.kkZU/k L=h ds chp fookg

gksus ij mRiUu gksus okyh larfr;k¡ gksxh%&

(1) o.kkZU/k iq= vkSj 50% okgd iqf=;k¡

(2) 50% o.kkZU/k iq= vkSj 50% okgd iqf=;k¡

(3) lkekU; uj vkSj okgd iqf=;k¡

(4) o.kkZU/k iq= vkSj okgd iqf=;k¡

128. fuEufyf[kr dFkuksa dks if<+;s%&

(i) vxqf.kr rFkk f}xqf.kr fyax fu/kkZj.k ra= esa] uj ds firk

ugha gksrs] vr% muds iq= ugha gks ldrs gSa] ysfdu muds

nknk gksrs gSa vkSj iksrs gks ldrs gSaA

(ii) e/kqeD[kh esa Jfed vfu"ksfpr v.Ms ls mRiUu gksrs gSa

vfu"ksd tuu }kjkA

(iii) ekuo esa Ropk dk jax izR;sd izHkkoh fodYih dk

izHkkoh ;ksth gksrk gSA

(iv) XO izdkj ds fyax fu/kkZj.k esa uj] eknk dh rqyuk esa

vk/ks xq.klw= j[krs gSaA

xyr dFku dk p;u dhft;s%&

(1) i, ii (2) ii, iii

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

129. fuEufyf[kr fcUnqvksa ij fopkj dhft;s%&

(A) izfrtuy fof’k"Vrk

(B) izfrtuksa ds fy;s fofo/krk

(C) foHksnu dh {kerk

(D) iwoZ laØe.k dh Lefr

buesa ls dkSu ls y{k.k vuqdwyh izfrj{kk esa miflFkr gksrs gSaA

(1) dsoy A rFkk B

(2) dsoy B, C rFkk D

(3) dsoy A, C rFkk D

(4) lHkh



130. fuEufyf[kr esa ls dkSulh vkS"kf/k blds lzksr rFkk dk;Z ls

xyr lqesfyr gS%&

(1) vkS"kf/k % vQhe ¼eksjQkbu½

lzksr % isisoj lkseuhQsje

dk;Z % nnZ fuokjd / Depressant

(2) vkS"kf/k % dSukfcuksbM~l

lzksr % dSukfcl lVkbok

dk;Z % ’kjhj ds ân; ifjlapj.k ra= ij izHkko Mkyrk gSA

(3) vkS"kf/k % Øsd

lzksr % ,fjFkzkstkbye dkWdk

dk;Z % vR;f/kd lq[kn vuqHkwfr mRiUu djrk gSA

(4) vkS"kf/k % LSD

lzksr % ,Vªksik csysMksuk

dk;Z % fpfdRlk esa foHkzedkjh ds :i esa mi;ksx

fd;k tkrk gSA

131. fuEufyf[kr esa ls dkSulk okgd thok.kq dksf’kdk esa

okafNr thu dks Dyksu djokus ds fy;s vR;f/kd mi;ksxh

gS%&

(1) i’p fo"kk.kq (2) Ti-IykfTeM

(3) dksfLeM (4) YAC

132. ekuo thukse ds ckjs esa xyr dFku pqfu;s%&

(1) ekuo thukse esa 3164.7 djksM+ {kkj ;qXe gksrs gSaA

(2) nks izfr’kr ls de thukse izVhu dks dwVysf[kr djrk

gSA

(3) iqujko`fÙk vuqØe ekuo thukse dk cgqr cM+k Hkkx

cukrs gSa

(4) lcls NksVh ekuo thu fMLVªksfQu gSA

133. ewy LkqLi"V okf"kZd oy; ugha n’kkZrh gS] D;ksafd%&

(1) laogu ,/kk lfØ; ugha gksrk

(2) ewy va/ksjs esa o`f) djrh gSa

(3) f}rh;d nk: izpqj ugha gksrk gSA

(4) ;g e`nk esa o`f) djrh gS ftldh ifjfLFkfr;k¡ vf/kd

vFkok de leuk jgrh gSA

134. fuEufyf[kr esa ls dkSulk f}rh;d foHkT;ksrd ugha gS%&

(1) vUrjiwyh; ,/kk (2) vUrjkiwyh; ,/kk

(3) dkx ,/kk (4) QSykstu

135. fuEufyf[kr esa ls dkSulk ikni f}fu"kspu n’kkZrk gS%&

(1) Draparnaldia (2) Mussaenda

(3) Pellia (4) Araucaria

136. jaxksa ds lanHkZ esa o.kZdksa] DyksjksfQy b, QkbdksbfjfFkzu rFkk

¶;qdkstSfUFku ds lgh Øe dks pqfu;s%&

(1) gfjr] yky vkSj Hkwjs ’kSoky

(2) Hkwjs] gfjr vkSj yky ’kSoky

(3) yky] gfjr vkSj Hkwjs ’kSoky

(4) gfjr] Hkwjs vkSj yky ’kSoky

137. fuEufyf[kr esa ls dkSulk dFku lkbdl ds lanHkZ esa xyr gS%&

(1) blesa circinate f’kjkfoU;kl gksrk gSA

(2) bldh ewyksa esa dqN uhy & gfjr ’kSoky ik;s tkrs gSaA

(3) bldk nk: eq[; :i ls nk: okfgdkvksa dk cuk

gksrk gSA

(4) blesa v’kkf[kr LraHkkdkj LrEHk ik;k tkrk gS tks

l[r i.kkZ/kkj ls vkofjr gksrk gSA

138. ;fn ¶;wusfj;k dh i.kZ dksf’kdk esa 24 xq.klw= gS] rks blds

lhVk esa xq.klw=ksa dh la[;k D;k gksxh%&

(1) 12 (2) 24

(3) 48 (4) 36

139. ml fodYi dk p;u djsa tks fn;s x;s fp=ksa esa muds

mnkgj.kksa ds lkFk FkSysel ij iq"i Hkkxksa dh fLFkfr ds ckjs

esa iq"iksa ds izdkjksa dh lgh igpku djrk gS%&

A B C

(1) ifjtk;kaxh tk;kax/kj & tk;kaxksifjd

[khjk xqMgy vkMw

(2) tk;kax/kj ifjtk;kaxh& tk;kaxksifjd

ljlksa xqykc ve:n

(3) tk;kaxksifjd& tk;kax/kj & ifjtk;kaxh &

cSaxu pk;uk jksx Iye

(4) tk;kax/kj tk;kaxksifjd& ifjtk;kaxh&

xqMgy vkMw ve:n



140. LraHk-I dk] LraHk-II rFkk LrEHk-III ds lkFk feyku dhft;s

rFkk uh;s fn;s x, dwVksa ls lgh fodYi dk p;u dhft;s%&

LraHk-I LraHk-II LraHk-III

(A) (i) LrEHkh; (p) xsank

(B) (ii) fHkÙkh; (q) uhacw

(C) (iii) eqDr LrEHkh; (r) fizejkst

(D) (iv) vk/kkjh; (s) ljlksa

(1) A-(iv)-(p), B-(i)-(q), C-(iii)-(r), D-(ii)-(s)

(2) A-(iii)-(s), B-(i)-(r), C-(ii)-(p), D-(iv)-(q)

(3) A-(iv)-(q), B-(iii)-(s), C-(i)-(p), D-(ii)-(r)

(4) A-(iv)-(q), B-(i)-(r), C-(ii)-(s), D-(iii)-(p)

141. lHkh dksf’kdkvksa esa fn;s x;s x, esa ls fdls NksM+dj lc

ik;s tkrs gSa%&

(1) dksf’kdknzO;

(2) vkuqokaf’kd inkFkZ

(3) dsUnzd f>YYkh

(4) IykTek ¼dksf’kdk½ f>Yyh

142. izksdSfj;ksV rFkk ;wdSfj;ksV dk vuqokaf’kd ra=%&

(1) leku gksrs gSa rFkk dsUnzd }kjk vkofjr gksrs gSaA

(2) leku ugha gksrs gSa ysfdu nksuksa esa dsUnzd }kjk vkofjr

gksrs gSaA

(3) dsoy ,d lanHkZ esa fHkUu gksrs gSa tks izksdSfj;ksfVd ra=

esa fgLVksu vuqifLFkr gksrh gS tks ;wdSfj;ksfVd ra= esa

ges’kk ik;h tkrh gSA

(4) vusd lanHkksZa esa fHkUu gksrs gSaA

143. buesa ls dkSulk dFku lgh gS%&

(1) DNA jkbcksU;wfDy;ksVkbM dk cgqyd gksrk gSA

(2) lHkh dkcksZgkbMªsV Xywdkst esa VwVrs gSa

(3) lHkh izkFkfed izksVhu vehuksa vEyksa dk ,d Øe j[krh gSA

(4) RNA ,djTtqdh gksrk gS rFkk blesa DNA ls fHkUu

I;wfju {kkj ik;s tkrs gSaA

144. jklk;fud :i ls ekse gS%&

(1) izksVhu (2) fyfiM

(3) vehuksa vEy (4) dkcksZgkbMªsV

145. ADP esa mPPk ÅtkZ ca/kksa dh la[;k gS%&

(1) ,d (2) rhu (3) nks (4) pkj

146. LVkpZ fdldk cgqyd gksrk gS%&

(1) ÝDVkst (2) Xyqdkst (3) lqØkst (4) ekYVkst

147. ,Utkbe ds ckjs esa dkSUklk lgh gS%&

(1) ;g vfHkfØ;k ds le; dks c<+krk gSA

(2) ;g lfØ;.k ÅtkZ dks c<+krk gSA

(3) ;g lfØ;.k ÅtkZ dks ?kVkrk gSA

(4) jklk;fud vfHkfØ;k esa dksbZ ifjorZu ugha djrkA

148. v/kZlw=h foHkktu esa lfEefyr gS%&

(1) 2 U;wudkjh] 1 ledkjh foHkktu




149. ekbVksfll dh izksQst esa D;k ?kfVr gksrk gS%&

(1) xq.klw=ksa dk i`FkDdj.k

(2) letkr xq.klw=ksa dk ;qXeu

(3) /kkusuqek xw.klw=ksa dk fuekZ.k

(4) flusfIll dk ik;k tkukA

150. izfrfyfidj.k ds fy, DNA la’ys"k.k fdlesa gksrk gS%&

(1) izkesVkQst (2) izksQst

(3) b.VjQst (4) VhyksQst

151. pkjxkQ fu;e ds vuqlkj%&

(1) A + T = G + C (2) T + A = G + C

(3) A + T = G + T (4) A + G = C + T

152. fuEufyf[kr esa ls dkSulk DNA v.kq de rkieku ij

fi?ky tkrk gS%&

(1) 5’ AATGCTGC 3’ (2) 5’ AATAAAGC 3’

(3) 5’ GCAATAGCT 3’ (4) 5’ ATGCTAGT 3’

153. UAA, UAG rFkk UGA gS%&

(1) vkjEHkd dksMksu (2) vvfrO;kfir dksMksu

(3) ukWu&lsUl dksMksu (4) viâkflr dksMksu

154. PCR rduhd fdlesa ykxw gksrh gS%&

(1) DNA izksQkbfyax (2) DNA vuqys[ku

(3) vuqoknu (4) DNA-RNA ladj.k

155. ySd&vksisjkWu dk v/;;u fdlesa fd;k x;k%&

(1) bZ- dksykbZ (2) U;wjksLiksjk

(3) MªkslksfQyk (4) ikble LkVkboe



156. vUr% ijklj.k ds nkSjku] dksf’kdk jl dk DPD%&

(1) c<+rk gSA (2) de gksrk gSA

(3) fu;r jgrk gSA (4) ’kwU; gks tkrk gSA

157. thfor dksf’kdkvksa dh mikip;h fØ;kvksa ds dkj.k ewyksa

esa mRiUu gksus okyk nkc gS%&

(1) LQhr nkc (2) ewy nkc

(3) ijklj.kh nkc (4) folj.k nkc

158. ok"iksRltZu gksrk gS tc cká okrkoj.k esa gksrk gS%&

(1) ueh dh mPp izfr’krrk

(2) jU/kzh; xqgk dh izfr’krrk ls vf/kd ueh dh izfr’krrk

(3) jU/kzh; xqgk dh izfr’krrk ls de ueh dh izfr’krrk

(4) jU/kzh; xqgk dh izfr’krrk rFkk ueh dh izfr’krrk

nksuksa leku

159. PCR ds nkSjku DNA dq.Myh dk fodq.Myu gksrk gS%&

(1) gSfyQst ,atkbe }kjk (2) Vksiksvkblksfejst }kjk

(3) mPp rkieku }kjk (4) DNA ykbxst }kjk

160. xyr feyku dks pqfu;s%&

(1) PCR - in vivo tho vko/kZu

(2) ck;ksfj;sDVj & vuqdwy ifjfLFkfr;k¡ miyC/k djokrh gSA

(3) DNA izksc & jsfM;kslfØ; [k.M

(4) pBR322 & IykfTeM

161. fuEu esa ls dkSulk dFku lgh ugha gS%&

(1) RNA varj{ksi esa f}lw=h; RNA y{; mRNA dh

vfHkO;fDRk jksd nsrk gSA

(2) DNA iFkDdj.k gsrq izksVksIykLV dks dksf’kdk fHkfÙk dks

[kf.Mr djus okys ,atkbeksa ls mipkfjr fd;k tkrk gSA

(3) Taq ikWfyejst rFkk dNTPs, PCR ds izlkj pj.k ds

nkSjku feyk;s tkrs gSaA

(4) BamHI LFky esa fons’kt DNA dk ;kstu pBR322

dh VsVªklkbDyhu thu dk fuf"Ø;.k djrk gSA

162. v)Zlw=.k ds nkSjku xq.klw= fcUnq dk foHkfDrdj.k ik;k

tkrk gS%&

(1) i’pkoLFkk I esa (2) i’pkoLFkk II esa

(3) e/;koLFkk I esa (4) iwokZoLFkk II esa

163. eDdk ds cht dh ,sY;qjkWu ijr dh dksf’kdk, n’kkZrh gS%&

(1) vxqf.krk (2) f}xqf.krk

(3) f=xqf.krk (4) cgqxqf.krk

164. fuEu esa ls dkSulh izfØ;k esa ijkxdrkZ dh vko’;drk

ugha gS%&

(1) vuqUehY;rk (2) mUuehY;rk

(3) fo"kedkyiDou (4) ledkyiDou

165. fuEu esa ls dkSulk tSofofo/krk ds ckjs esa lgh ugha gS%&

(1) lHkh izdkj ds vuqØe.k ds nkSjku pjekoLFkk ij

tSofofo/krk mPpÙke gksrh gSA

(2) lw{ethoksa dks NksM+dj lHkh thfor tho tSofofo/krk

dk Hkkx gSA

(3) if’peh ?kkV] v.Meku f}i rFkk fgeky; fofo/krk

le`) {ks= gSA

(4) Å".kdfVca/kh; o"kkZ ou Hkkjr dh rqyuk esa vf/kd

ikfjra= fofo/krk j[krs gSaA

166. Nt+1

= Nt + [(B+1) – (D + E)]

mijksDr lehdj.k ds vuqlkj lef"V ?kuRo c<+sxk] ;fn%&

(1) (B + I), (D + E) ls de gks

(2) (D + E), (B + I) ls vf/kd gks

(3) (B + I), (D + E) ls vf/kd gks

(4) dsoy e`R;qnj mRizoklu ls vf/kd gksA

167. fuEUk ij fopkj dhft;s%&

(A) ty;ksftr dksf’kdk fHkÙkh

(B) varjkdksf’kdh; vodk’k

(C) iFk dksf’kdk,a

(D) nk: xqgk

,iksIykfLVd ekxZ gsrq dkSUklk fodYi lgh gS%&

(1) A, B & D (2) A, C & E

(3) C, D & E (4) B, C & E

168. fuEu dks lqesfyr dhft;s%&

(A) bFkkbyhu (i) vfr mPp nhf?kZdj.k

(B) GA (ii) Qyksa ds ifjiDou esa vR;f/kd

izHkkoh

(C) lkbVksdkbfuu (iii) dksf’kdk foHkktu @ foHksnu

(D) vkWDlhu (iv) ’kh"kZ izHkkfork

(E) ABA (v) foyxu rFkk lqlqIrkoLFkk dk

fu;eu

(1) A ii, B i, C iii, D iv, E, E v

(2) A iii, B ii, C iii, D iv, E, E v

(3) A ii, B i, C iii, D v, E, E iv

(4) A ii, B iii, C i, D iv, E, E v

169. iqa/kkuh dh ,dla?kh rFkk cgqla?kh voLFkk Øe’k% ik;h

tkrh gS%&

(1) eVj rFkk uhacw esa (2) ljlksa rFkk xqM+gy esa

(3) xqM+gy rFkk uhacw esa (4) uhacw rFkk eVj esa



170. fuEu esa ls vlqesfyr ;qXe pqfu;s%&

(1) fojksbM & ,dlw=h RNA

(2) fizvkWu & f}lw=h RNA

(3) fo"kk.kq & U;wfDyd vEy rFkk dSfIlM

(4) thok.kq & f}lq=h; rFkk o`Ùkkdkj DNA

171. fo"ke chtk.kqdrk /kkj.k djus okys ikni gS%&

(1) flysftusyk rFkk bDohflVe

(2) lkYohfu;k rFkk ikbul

(3) ¶;qusfj;k rFkk flysftusyk

(4) bDohflVe rFkk lkYohfu;k

172. vuko`Ùkchft;ksa esa ijkx d.k eqDr gksrs gSa%&

(1) ijkx dks"k ls (2) y?kqchtk.kq/kkuh ls

(3) ijkx d{k ls (4) Hkwz.k dks"k ls

173. cry I Ac rFkk cry II Ab thu }kjk dksfMr izksVhu fu;af=r

djrk gS%&

(1) dikl xksyd`fe (2) eDdk Nsnd

(3) dfydk dfe (4) frrfy;ka

174. o`f) dh pj ?kkrkadh; voLFkk fLFkj o`f) voLFkk esa

ifjofrZr gksrh gS] ;fn o`f) oØ gksrk gS%&

(1) J-vkdfr (2) S-vkdfr

(3) jsf[kr (4) pj?kkrkadh

175. f}chti=h LrEHk esa izk;% lagou iqy gksrs gSa%&

(1) la;qDr] leikf’oZ; o o/khZ

(2) la;qDr] leikf’oZ; o vo/khZ

(3) ladsUnzh o vo/khZ

(4) ladsUnzh o o/khZ

176. lkekU;r% ,d ifjiDo fu"ksfpr chtk.M esa n, 2n vkSj 3n

voLFkk fdlds lanHkZ esa ikbZ tkrh gS%&

(1) izfr/kqzoh] lgk;d dksf’kdk;sa vkSj v/;koj.k esa

(2) izfr/kzqoh] chtk.Mdk; o Hkwz.kiks"k esa

(3) v.M] izfr/kqzoh vkSj chtk.Mdk; esa

(4) Hkwz.kiks"k] chtk.Mdk; vkSj v.M esa

177. i.kZ ds }kjk dkf;d izo/kZu ik;k tkrk gS%&

(1) Nerium esa (2) Opuntia esa

(3) Asparagus esa (4) Bryophyllum esa

178. lwph-I rFkk lwph-II dks fn;s x;s dwVksa ds vk/kkj ij lgh

lqesfyr dj lgh mÙkj dk p;u dhft;s%&

lwph-I lwph-II

¼’kSokyksa dk izHkkx½ ¼lafpr [kk| inkFkZ½

(A) Cyanophyta (1) Leucosine

(B) Chlorophyta (2) Amylopectin

(C) Phaeophyta (3) Floridean Starch

(D) Rhodophyta (4) Starch

(5) Laminarin

dksM%&

(1) A = 2; B = 5; C = 1; D = 3

(1) A = 2; B = 4; C = 5; D = 3

(1) A = 1; B = 4; C = 3; D = 5

(1) A = 2; B = 3; C = 5; D = 1

179. eksusfVª;y izksVkWdksy ¼dukM+k½ 1987 lacfU/kr gS%&

(1) xzhu gkml xSlksa ds fu"dklu ds fu;a=.k ls

(2) vkstksu {kj.k dkjd inkFkksZa ds fu"dklu ds fu;a=.k

ls

(3) tSo fofo/krk ds fouk’k fu;a=.k ls

(4) ouh; mRiknksa ds vkfFkZd mi;ksx ls

180. fuEu esa ls dkSulh izfØ;k izdk’k jklk;fud vfHkfØ;k esa

gksrh gS%&

(A) izdk’k la’ys"k.k (B) ty dk VwVuk

(C) vkWDlhtu mn~Hko (D) CO2 Lokaxhdj.k

(E) ATP ,oa NADPH dk mi;ksx gksuk

(F) mPPk ÅtkZ ds e/;orhZ jlk;uksa dk fuekZ.k

(1) A, B, C, D & E (2) B, C, D, E & F

(3) A, B, C, E & F (4) A, B, C & F



Documents

NEET · 2020. 3. 29. · D;kafd buea s leku ÅtkZ lafpr gkrh gSA (2) C 2 (3) C 1 (4) lHkh rhuksa la/kkfj=ks a e a leku ÅtkZ lafpr gksxhA 5. 1000 m yEcs rFkk 70 A /kkjkokgh lh/ks