Question Booklet Series :– D Question Booklet No. :–

DO NOT OPEN THIS BOOKLET UNTIL TOLD TO DO SO

Time Allowed : 2 Hours Total No. of Questions : 120

Roll No. : ....................................... OMR Sheet No. :..................................

Name of the Candidate : ........................................................................................................................................

........................................ ........................................ Candidate's Signature Invigilator's Signature

READ THE FOLLOWING INSTRUCTIONS CAREFULLY BEFORE WRITING ANYTHING ON THIS BOOKLET bl iqfLrdk ij dqN Hkh fy[kus ls igys fuEufyf[kr funsZ'k /;kuiwoZd i<+sa

C ÊÁVN`PÛÍÁÉÞ \|ms G\®µ¶©y úªy¸R¶VÈÁLi úFyLRiLiÕ³ÁLi¿RÁÉجsNTP ª«sVVLiµR¶V µR¶¸R¶V¿Á[zqs µj¶gRiVª«s BÀÁè©«s ¬slLôi[aSÌÁ©«sV ÇØúgRi»R½ògS ¿RÁµR¶ª«sLi²T¶

1. Before commencing to answer, check that the Question Booklet has all the 120 questions and there is no misprinting, overprinting and/or any other shortcoming in it. If there is any shortcoming, intimate the same to your room invigilator and have it changed. Before answering you must ensure that you have got correct post code/discipline booklet. No complaint in this regard shall be entertained at a later stage. viuk mÙkj fy[kuk çkjEHk djus ls igys viuh ç'u iqfLrdk dh Hkyh&Hkk¡fr tk¡p dj ysa] ns[k ysa fd blesa 120 ç'u gSa vkSj blesa fçafVax laca/kh vFkok vU; fdLe dh dksbZ deh ugha gSA ;fn fdlh çdkj dh dksbZ deh gks rks i;Zos{kd dks lwfpr djsa rFkk iqfLrdk cny ysaA mÙkj nsus ls iwoZ vki ;g vo'; lqfuf'pr djsa fd vkidks lgh fo|k'kk[kk iqfLrdk feyh gSA qsª«sWµ³y©yÌÁV úªy¸R¶VÈÁLi úFyLRiLiÕ³ÁLi¿RÁÉجsNTP ª«sVVLiµR¶V, úxmsaSõxmsú»R½LiÍÜ[ 120 úxmsaRPõÌÁV D©yõ R¶V¬s, FsÈÁVª«sLiÉÓÁ ª«sVVúµR¶ßØxmsLRi\®ªsV©«s µ][uyÌÁV ÛÍÁ[µy B»R½LRi

ÍÜ[FyÌÁV G−ds ÛÍÁ[ª«s¬s ¬sLôðSLjiLi¿RÁVN][Li²T¶. G\®ªs©y ÍÜ[FyÌÁV DLiÛÉÁ[, −dsV gRiµj¶ÍÜ[ B¬s*ÑÁÛÍÁ[ÈÁL`iNRPV ¾»½ÖÁ R¶V¿Á[zqs, µy¬s¬s ª«sWLRiVèN][Li²T¶. xqsª«sWµ³y©yÌÁV

úªy R¶VÉجsNTP ª«sVVLiµR¶V xqsLji\¹¸¶V©«s F¡£qís N][²`¶/²T¶zqszmýs©±s ÊÁVN`PÛÍÁÉÞ −dsVNRPV ÌÁÕ³ÁLiÀÁ©«sµR¶¬s ¬sLôðSLjiLi¿RÁVN][Li²T¶. µk¶¬s¬s gRiVLjiLiÀÁ »R½LS*»R½ zmnsLSùµR¶V ¿Á[}qsò ¿RÁLRiù

¼d½xqsVN][ª«sÈÁLi ÇÁLRigRiµR¶V.

2. Use Blue/Black Ball Point Pen for all your work on the OMR Answer Sheet. The ovals on the OMR Answer Sheet are to be completely filled by Blue/Black Ball Point Pen only. ANSWERS ONCE GIVEN CAN NOT BE CHANGED. vks-,e-vkj- mÙkj if=dk ij lHkh dk;ks± ds fy, uhys@dkys ckWy Iokb±V isu ls fy[ksaA vks-,e-vkj mÙkj if=dk ij vksoy dks iw.kZ :i ls dsoy uhys@dkys ckWy Iokb±V isu ls HkjsaA ,d ckj fn, x, mÙkj dks cnyk ugha tk ldrkA IFsª±sVAL`i ÇÁªyÊÁVÌÁ xmsú»R½Li \|ms −dsV xms¬s @Li»R½ÉÓÁNUP ©«sÌÁVxmso/¬dsÌÁLi ËØÍÞ FyLiVVLiÉÞ NRPÍØÌÁ©«sV Dxms¹¸¶WgjiLi¿yÖÁ. IFsª±sVAL`i ÇÁªyÊÁVÌÁ xmsú»R½Li \|ms D©«sõ

@Li²yNSLSÌÁ©«sV ¬dsÌÁLi/©«sÌÁVxmso ËØÍÞ FyLiVVLiÉÞ |ms©±s»][ ª«sWú»R½®ªs[V xmspLjiògS ¬sLixmsª«sÛÍÁ©«sV. INRPryLji ¬sLizms©«s ÇÁªyÊÁVÌÁ©«sV ª«sWLRièÈÁLi NRPVµR¶LRiµR¶V.

3. This is an objective type test in which each objective question is followed by four responses serialled (1) to (4). Your task is to choose the correct/best response and mark your response in the OMR Answer Sheet and NOT in the Question Booklet. ;g ,d oLrqijd fdLe dh ijh{kk gS ftlesa çR;sd ç'u ds uhps Øekad (1) ls (4) rd pkj çLrkfor mÙkj fn;s gSaA vkids fopkj esa tks Hkh mÙkj lgh gS mldks vks ,e vkj mÙkj i= esa fpfUgr dhft,A vius mÙkj ç'u iqfLrdk esa u yxk,A Bµj¶ INRP AÊêÁNíTPª±s úxmsaSõxmsú»R½Li. BLiµR¶VÍÜ[ AÊêÁNíTPª±s úxmsaRPõ »R½LS*»R½ ©yÌÁVgRiV HÀ³ÁèéNSÌÁV (1) ©«sVLi²T¶ (4) ÌÁ©«sV Bª«s*ÈÁ\®ªsV©«sµj¶. xqsLji\¹¸¶V©«s/D»R½òª«sV\®ªsV©«s

xqsª«sWµ³y©y¬sõ FsLi¿RÁVNRPV¬s, úxmsaSõxmsú»R½LiÍÜ[ NSNRP IFsª±sVAL`i ÇÁªyÊÁV xmsú»R½LiÍÜ[ −dsV ÇÁªyÊÁV©«sV gRiVLjiòLi¿yÖÁ.

4. All questions are compulsory. No Negative Marking. lHkh ç”u vfuok;Z gSaA dksbZ udkjkRed vadu ugha gSA @¬sõ úxmsaRPõÌÁNRPV »R½xmsö¬sxqsLjigS ÇÁªyÊÁVÌÁV Bª«s*ª«sÛÍÁ©«sV. బ ట వ లప క లమ ం

5. DO NOT scribble or do rough work or make any stray marks on the Answer Sheet. DO NOT wrinkle or fold or staple it. mÙkj&i= ij u rks jQ+ dk;Z djsa u gh vkSj fdlh çdkj dk fu'kku vkfn yxk,a ;k bls eksaM+sA ÇÁªyÊÁV xmsú»R½Li \|ms gki»R½ÌÁV gki¸R¶VÈÁLi, ÀÁ»R½Vò úªy»R½ÌÁV úªy¸R¶VÈÁLi ª«sLiÉÓÁ−s ¿Á[ R¶Vª«sµôR¶V ÛÍÁ[µy @xqsLiÊÁµôðR¶\®ªsV©«s gRiVLRiVòÌÁ©«sV |msÈíÁª«sµôR¶V. ª«sVV²R¶ª«sÈÁLi, ª«sV²R¶»R½

|msÈíÁÈÁLi ÛÍÁ[µy }qísxmsoÍÞ Â¿Á[ R¶Vª«sµôR¶V.

Important – See Last Page (Continued ...........................)

6. Answer sheet will be processed by Electronic means. Hence, invalidation of answer sheet resulting due to folding or putting stray marks on it or any damage to the answer sheet as well as incomplete/incorrect filling of the answer sheet will be the sole responsibility of the candidate. mÙkj if=dk bysDVªkWfud ek/;e ls lalkf/kr dh tk;sxhA vr% bls eksM+us ;k ;=&r= fpUg yxkus vFkok mÙkj if=dk dks [kjkc djus ,oa viw.kZ@vlR; Hkjus ij mÙkj if=dk dks fujLr fd;k tk ldrk gS ,oa bldh iwjh ftEesnkjh vH;FkÊ ij gksxhA xqsª«sWµ³y©«s xmsú»y¬sõ FsÌÁNíSQû¬sN`P xmsµôðR¶»R½VÌÁ µy*LS úF~|qs£qs ¿Á[¸R¶VÈÁLi ÇÁLRiVgRiV»R½VLiµj¶. @LiµR¶Vª«sÌÁ©«s ª«sV²R¶»R½|msÈíÁ²R¶Li, ª«sVV²R¶ª«sÈÁLi ÛÍÁ[µy @xqsLiÊÁµôðR¶\®ªsV©«s gRiVLRiVòÌÁ©«sV

|msÈíÁ²R¶Li ª«sÌÁ©«s ÛÍÁ[µy xqsª«sWµ³y©«s xmsú»y¬sNTP ÇÁLjigji©«s FsÈÁVª«sLiÉÓÁ ©«sxtísQLi ª«sÌýÁ\®©s©y ÛÍÁ[µy xqsgRiLi ¬sLizms©«s xqsª«sWµ³y©«s xmsú»R½Li ª«sÌÁ©«s xqsª«sWµ³y©«s xmsú»R½Li ¿ÁÌýÁVËØÈÁV

NSNRPF¡¾»½[, @LiµR¶VNRPV Ëص³R¶ù»R½ ZNP[ª«sÌÁLi @˳ÏÁùLôðji®µ¶[.

7. Rough Work is to be done in any blank space in the booklet. No other paper will be allowed/provided. jQ+ dk;Z iqfLrdk esa fdlh Hkh [kkyh LFkku esa fd;k tkuk pkfg,A fdlh vU; dkx+t ij bls djus dh vuqefr ugha gSA ÊÁVN`PÛÍÁÉÞÍÜ[ ÆØ×dÁgS D©«sõ úxms®µ¶[aRPLiÍÜ[ ÀÁ»R½Vò úªy»R½ úªyxqsVN][ª«s¿RÁVè. ®ªs[lLi[ NSgji»R½®ªs[Vµk¶ BLiµR¶VN][xqsLi @LiµR¶ÛÇÁ[¸R¶VÊÁ²R¶µR¶V.

8. Use of Calculators, Slide rules, Mobiles, calculator watches or any such devices and any other study/reference material is NOT allowed inside the examination hall. dsYdqysVj] LykbM:y] eksckbZy] dsYdqysVj ?kfM+;k¡ ;k bl çdkj dh dksbZ Hkh ;qfä ,oa fdlh Hkh v/;;u@lanHkZ lkexzh vkfn dk ç;ksx ijh{kk d{k esa oftZr gSA NSÖÁNRPVùÛÍÁ[ÈÁLýRi©«sV, |qý^s²`¶ LRiWÍÞ=©«sV, ®ªsVV\ÛËÁÍÞ=©«sV, NSÖÁNRPVùÛÍÁ[ÈÁL`i gRi²T¶ R¶WLSÌÁ©«sV, @ÈÁVª«sLiÉÓÁ DxmsNRPLRißØÌÁ©«sV ÛÍÁ[µy B»R½LRi @µ³R¶ù R¶V©«s/LjixmnslLi©±s= ®ªsVÉÔÁLji R¶VÍÞ©«sV

xmsLkiORPQ ¥¦¦¦ÌÁVÍÜ[ Dxms¹¸¶WgjiLi¿RÁÈÁLi @©«sVª«sV¼½Li¿RÁÊÁ²R¶µR¶V.

9. Return the complete Question Booklet and OMR Answer Sheet to the invigilator on completion of the test. Do not take this Question Booklet or any part thereof or OMR Answer Sheet outside the examination room. Doing so is a punishable offence. ijh{kk dh lekfIr ds i'pkr~ viuh iwjh ç'u&iqfLrdk rFkk mÙkj&if=dk i;Zos{kd dks okil dj nsaA ç'u iqfLrdk ;k blds fdlh Hkkx vFkok OMR mÙkj if=dk dks ijh{kk d{k ls ckgj ys tkuk oftZr gS ,slk djuk n.M.kh; vijk/k gSA msLkiORPQ xmspLjiò @LiVV©«s »R½LS*»R½ xmspLjiò úxmsaSõxmsú»y¬sõ ª«sVLji R¶VV IFsª±sVAL`i xqsª«sWµ³y©«s xmsú»y¬sõ B¬s*ÑÁÛÍÁ[ÈÁL`iNRPV BÀÁ讪s[ R¶WÖÁ. C úxmsaSõxmsú»y¬sõ ÛÍÁ[µy

BLiµR¶VÍÜ[ ˳ØgS¬sõ ÛÍÁ[µy IFsª±sVAL`i xqsª«sWµ³y©«s xmsú»y¬sõ xmsLkiORPQ ¥¦¦¦ÌÁV ®ªsÌÁVxmsÖÁNTP ¼d½xqsVN]¬s F¡LSµR¶V. @ÍØ ¼d½xqsVNRPV¬s ®ªsÎýÏÁÈÁLi µR¶Li²R¶¬ds R¶V\®ªsV©«s @xmsLSµ³R¶Li.

10. Take care that you mark only one answer for each question. If more than one answer is given by you for any question, the same will not be evaluated. Cutting/overwriting the answers are not allowed. Further question paper is bilingual. In case of any variation in translation version, English version will be taken as final for evaluation purposes. gj ,d ç'u ds fy, dsoy ,d gh mÙkj bafxr djsaA ,d ls vf/kd mÙkj nsus ij ç'u dk dksbZ vad ugha fn;k tk,xkA mÙkj esa dksbZ Hkh dfVax ;k vksojjkbZfVax ekU; ugha gksxhA iqu% ç'u i= f=Hkk"kh; esa gSA vuqokfnr laLdj.k esa fdlh Hkh fHkérk gksus ij ewY;kadu ds fy, vaxzsth laLdj.k dks vfUre ekuk tk;sxkA úxms¼½ úxmsaRPõNRPV IN]äNRPä xqsª«sWµ³y©y¬sõ ª«sWú»R½®ªs[V Bª«s*ª«sÛÍÁ©«sV. INRP úxmsaRPõNRPV INRPÉÓÁ NRPLiÛÉÁ FsNRPV䪫s xqsª«sWµ³y©yÌÁV BÀÁè DLiÛÉÁ[, A xqsª«sWµ³y©«sLi xmsLjigRißÓáLi¿RÁÊÁ²R¶µR¶¬s

gRiVLRiVòLi¿RÁVN][gRiÌÁLRiV. xqsª«sWµ³y©yÌÁ©«sV N]ÉíÓÁ®ªs[ R¶VÈÁLi/µj¶µôR¶ÈÁLi @©«sVª«sV¼½Li¿RÁÊÁ²R¶µR¶V. úxmsaSõxmsú»R½Li lLiLi²R¶V ˳ØxtsQÌÁÍÜ[ DLiÈÁVLiµj¶/మ డ షల . @©«sVª«sµj¶Li¿RÁÊÁ²T¶©«s

úxmsaRPõÌÁÍÜ[ G\®ªs©y ¾»½[²yÌÁV D©«sõ¹ ¶V²R¶ÌÁ, ª«sVWÍØùLiNRP©«s ÇÁLji}msLiµR¶VNRPV ALigýRi˳ØxtsQÍÜ[ Bª«s*ÊÁ²T¶©«s úxmsaRPõÌÁ©«sV xmsLjigRißá©«sÍÜ[NTP ¼d½xqsVN][ª«sÈÁLi ÇÁLRiVgRiV»R½VLiµj¶.

GENERAL ENGLISH

1. Fill in the blank using correct article.

Kalidas is ____ Shakespeare of India.

(1) A (2) An (3) The (4) Any one of the above can be used

2. Correct reported speech of the following direct speech is:

He said to me, “where are you going?”

(1) He asked me where I was going (2) He told me where I was going (3) He said to me where I am going (4) He asked me where I am going

3. Superlative of ‘Good’

(1) Better (2) Best (3) Very good (4) Very best

DIRECTIONS: Mark the appropriate word to fill in the blank.

4. We have been waiting for the train ............ more than two hours.

(1) Since (2) From (3) Until (4) For

DIRECTIONS: Identify the tenses in the following sentences.

5. She reached the examination hall well in time.

(1) Present perfect (2) Past indefinite (3) Past perfect (4) Future indefinite

DIRECTIONS: Fill in the blank.

6. Ram ____ to school yesterday. (1) goes (2) went (3) go (4) will go

DIRECTIONS: The following sentence has been given in present perfect tense in passive voice. Transform the sentence in Present Indefinite tense in active voice and mark your answer accordingly.

7. Crops have been destroyed by floods:

(1) Crops are destroyed by floods (2) Crops are being destroyed by floods (3) Floods destroy crops (4) Crops have been destroying by floods

8. Opposite of worst?

(1) GOOD (2) BETTER (3) BEST (4) BURST

9. Mark the correct passive form of the sentence –

I play cricket with my friends.

(1) I play with my friends cricket (2) Cricket plays my friends with me (3) Cricket is played by me with my friends (4) Cricket was played by me with my friends

DIRECTIONS: Fill in the blank with correct letter

10. ACKNOWLE_ _EMENT

(1) D G (2) G D (3) J D (4) Z G

DIRECTIONS: Choose the correct article to complete the sentence.

11. Shushil is ........ N.C.C. Officer:

(1) Some (2) An (3) The (4) A

12. Identify which is not adverb from among following underlined words in the given sentences.

She sings pretty well. I do my work carefully. He is wise enough to understand the trick. The flower smells sweet:

(1) Pretty (2) Carefully (3) Enough (4) Sweet

13. Identify the adverb in the following sentence.

He spoke well at the meeting last night:

(1) Well (2) Meeting (3) Last Night (4) All of these

DIRECTIONS: In the following questions, identify the correct reported speech from the given alternatives.

14. He said, “ I must go home at once.”:

(1) He said that he must have gone home at once. (2) He said that he must go home then and there. (3) He said that he had to go home then (4) He said that he had to go home at once

DIRECTIONS: In this section each sentence has three parts indicated by (1), (2) and (3). Read each sentence to find out whether there is an error. If you find an error in any one of the parts (1), (2) and (3) indicate your response by blackening the letter related to that part in the OMR sheet provided. If sentence has no error, indicate this by blackening ‘(4)’ which stands for no error. Errors may belong to grammar, usage etc.

15. I get up at five (1)/ and studied for two hours. (2)/ After taking a bath, I took breakfast. Then, I went to school on my bike (3)/ No error (4).

FAPTSEPX7 [ D-1 ]

16. Find plural among the followings:

(1) News (2) Mathematics (3) Shorts (4) Physics

17. Pick the synonym of ‘Hope’ –

(1) Accept (2) Expect (3) Except (4) Imagine

18. Fill in the gap with suitable preposition in the following question:

I kept __ gazing at him till I remembered who he was. (1) in (2) at (3) on (4) out

19. Pick the word spelt incorrectly –

(1) Foreigner (2) Intresting (3) Dangerous (4) Farmer

DIRECTION: In the following question, fill in the gap with correct preposition.

20. The property was divided _____ the twins.

(1) Among (2) Between (3) In (4) Into

21. Identify the wrong word.

(1) Deny (2) Overlook (3) Chemestry (4) Ignore

22. If “Lives” is plural form of noun, then what is its singular form:

(1) Live (2) Life (3) Lively (4) None of the above is correct

DIRECTIONS: Choose the appropriate preposition to fill in the blank.

23. Our plane stopped ....... Mumbai airport on the way to Italy.

(1) in (2) over (3) on (4) at

DIRECTIONS: Fill in the appropriate option to make the sentence in “ Future Perfect continuous Tense”

24. By next March We ............... here for four years

(1) Shall be living (2) Shall live (3) Shall have been living (4) Shall have been lived

DIRECTIONS: Fill in the appropriate option to make the sentence in “Future Perfect Tense”.

25. By the end of this month I ............... here for five years.

(1) Will work (2) Will have worked (3) Will have been working (4) Will be working

DIRECTIONS: Complete the sentence using appropriate tense.

26. I ............... a bath before I took breakfast.

(1) Had taken (2) Have been taking (3) Took (4) Have been taken

27. Identify the wrong word.

(1) Charitable (2) Helpful (3) Friendly (4) Servent

DIRECTIONS: Change the following sentences into reported speech.

28. Shashi said “ I plan to leave for Australia next week”:

(1) Shashi said that he had planned to leave for Australia next week.

(2) Shashi told that he planned to leave for Australia next week.

(3) Shashi said that he planned to leave for Australia the following week

(4) Shashi told that he had planned to leave for Australia the following week.

DIRECTIONS: The following sentences are given in reported speech. Change these sentences into Direct speech:

29. He said that the train was coming.

(1) He said, “The train is coming”. (2) He said, “The train had come”. (3) He said, “The train has come”. (4) He said, “The train had been coming”.

DIRECTION: Identify the incorrect pairs of singular and their plural forms respectively:

30.

(1) Ox – Oxen (2) Sheep – Sheeps (3) Goose – Geese (4) Thief – Thieves

FAPTSEPX7 [ D-2 ]

REASONING

DIRECTIONS: In the question find the missing figure of the series: funsZ”k% fuEufyf[kr ç”u vkÑfr fp=ksa esa Js.kh ds vn`”; fp= dks iw.kZ djsa% xqsW¿RÁ©«sÌÁV, úxmsaRPõÌÁ R¶VLiµR¶V úxmsaSõQLôðRiNRPª«sVV (?) D©«sõ¿][ÈÁ ª«s¿RÁVè ÀÁx¤¦¦¦õª«sVV©«sV NRP©«sVg]©«sª«sVV.

31. Question figure / ç”u vkÑfr / úxmsaRPõ Answer figure / mÙkj vkÑfr / ÇÁªyÊÁV

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

DIRECTIONS: In the question find the missing figure of the series: funsZ”k% fuEufyf[kr ç”u vkÑfr fp=ksa esa Js.kh ds vn`”; fp= dks iw.kZ djsa% xqsW¿RÁ©«sÌÁV, úxmsaRPõÌÁ R¶VLiµR¶V úxmsaSõQLôðRiNRPª«sVV (?) D©«sõ¿][ÈÁ ª«s¿RÁVè ÀÁx¤¦¦¦õª«sVV©«sV NRP©«sVg]©«sª«sVV.

32. Question figure / ç”u vkÑfr / úxmsaRPõ Answer figure / mÙkj vkÑfr / ÇÁªyÊÁV

?

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

DIRECTIONS: (Question Nos. 33 & 34) There are five boys S, K, M, A and R. S is shorter than K but taller than R. M is the tallest. A is a little shorter than K and a little taller than S.

funsZ”k% ¼ç”u la[;k 33 ,oa 34 rd½ ik¡p yM+ds S K M A vkSj R gSaA K ls NksVk S gS ysfdu R ls yEck gSA M lcls yEck gSA ‘A’ ‘K’ ls FkksM+k lk NksVk gS ijUrq S ls FkksM+k lk yEck gS% xqsW¿RÁ©«sÌÁV (úxmsaRPõ xqsLiÅÁù 33 ©«sVLi²T¶ 34 ª«sLRiNRPV). HµR¶VgRiVLRiV ËØÌÁVLRiV S, K, M, A ª«sVLji R¶VV R @©«sVªyLRiV D©yõLRiV. S, K NRP©yõ F~ÉíÓÁªy²R¶V. @LiVV¾»½[ R NRP©yõ

F~²R¶VgRiV. M @LiµR¶Lji NRPLiÛÉÁ F~²R¶VgRiV. A, K NRP©yõ N]Li¿ÁLi F~ÉíÓÁ ª«sVLji R¶VV S NRP©yõ N]Li¿ÁLi F~²R¶VgRiV

33. If they stand in order of their heights, who is in the middle:

;fn os viuh Å¡pkbZ ds vuqlkj Øe esa [kM+s gksa rks e/; esa dkSu gksxk% INRP®ªs[ÎÏÁ ªyLRiV Fs»R½VòÌÁ úxmsNSLRiLi ¬sÌÁÊÁ²T¶©«s¿][, ª«sVµ³R¶ùÍÜ[ Fsª«sLRiV DLi²R¶V©«sV

(1) A (2) M (3) S (4) K

34. Who is the shortest:

lcls NksVk dkSu gS% @LiµR¶LjiNRP©yõ F~ÉíÓÁ Fsª«sLRiV

(1) S (2) A (3) K (4) R

35. Which one number can be placed at the sign of interrogation?

ç'uokpd fpUg ds LFkku ij dkSu&lh la[;k j[kh tk ldrh gS% úxmsaSõQLôðRiNRPª«sVV (?) D©«sõ¿][ÈÁ G xqsLiÅÁù ª«s¿RÁVè©«sV

(1) 343 (2) 444 (3) 515 (4) 373

FAPTSEPX7 [ D-3 ]

36. Which one number can be placed at the sign of interrogation?

ç'uokpd fpUg ds LFkku ij dkSu&lh la[;k j[kh tk ldrh gS% úxmsaSõQLôðRiNRPª«sVV (?) D©«sõ¿][ÈÁ G xqsLiÅÁù ª«s¿RÁVè©«sV

(1) 25 (2) 47 (3) 37 (4) None of these/buesa ls dksbZ ugha/ \|ms−s G−ds NSª«so.

37. Choose the correct alternative from the given ones that will complete the series.

Js.kh dks iw.kZ djus ds fy, fn, x, fodYiksa esa lgh la[;k dk p;u djsaA {qsLki£qs¬s xmspLjiò ¿Á[}qs xqs\lLi©«s úxms»yùª«sWõ¸R¶W¬sõ BÀÁè©«s ªyÉÓÁ ©«sVLiÀÁ FsLi¿RÁVN][Li²T¶.

400, 576, 748, ?, 1296, 1600

(1) 1936 (2) 1024 (3) 1256 (4) 1144

38. Find the missing number from the given responses.

fn, x, fodYiksa esa ls foyqIr la[;k dk p;u djsaA BÀÁè©«s ÇÁªyÊÁVÌÁ ©«sVLiÀÁ »R½zmsöF¡LiVV©«s @LiZNP¬s NRP©«sVg]©«sLi²T¶

432 (18) 351 383 (28) 572 812 (?) 325

(1) 23 (2) 32 (3) 21 (4) 29

39. Pick the odd one out. (1) Tiger (2) Lion (3) Leopard (4) Wolf fuEufyf[kr “kCnksa esa ls vlaxr dks pqfu,A (1) phrk (2) flag (3) rsanqvk (4) HksfM+;k @ryµ³yLRißá\®ªsV©«s µy¬sõ FsLi¿RÁVN][Li²T¶.

(1) xmsoÖÁ (2) zqsLix¤¦¦¦Li

(3) ÀÁLRiV»R½ (4) »][®²¶[ÌÁV

DIRECTIONS: Select the suitable alternative to satisfy the relationship in the following question.

funsZ”k% fuEufyf[kr ç”u esa muds lEcU/kksa dks lUrq’V djus okys lgh fodYi dks pqfu,A

xqsW¿RÁ©«sÌÁV: C úNTPLiµj¶ úxmsaRPõÍÜ[ xqsLiÊÁLiµ³y¬sõ xqsLi»R½XzmsòxmsLRièÉجsNTP @©«sVNRPWÌÁ\®ªsV©«s úxms»yùª«sWõ R¶W¬sõ FsLi¿RÁVN][Li²T¶.

40. Beat : Heart : : Breath: (1) Mouth (2) Lungs (3) Life (4) Oxygen /kM+du % ân; % % “ok¡l% (1) eq¡g (2) QsQM+k (3) thou (4) vkDlhtu N]ÈíÁVN][ª«sÈÁLi: gRiVLi®²¶ : : igRiVLi®²¶: (1) © [LRiV (2) EzmsLji¼½»R½VòÌÁV

(3) ÒÁ−s»R½Li (4) úFyßáªy R¶VVª«so

FAPTSEPX7 [ D-4 ]

41. There are five friends — Sujeet, Kamal, Manoj, Amar and Rahul. Sujeet is shorter than Kamal but taller than Rahul. Manoj is the tallest. Amar is a little shorter than Kamal and little taller than Sujeet. Who has two persons taller and two persons shorter than him? (1) Rahul (2) Sujeet (3) Kamal (4) Amar ik¡p fe= && lqthr] dey] eukst] vej vkSj jkgqy gSaA ^lqthr*] dey ls NksVk gS ysfdu jkgqy ls yEck gSA eukst lcls yEck gSA ^vej*] dey ls FkksM+k&lk NksVk gS vkSj lqthr ls FkksM+k&lk yEck gSA fdlls] nks yksx yEcs vkSj nks yksx NksVs gSa\ (1) jkgqy (2) lqthr (3) dey (4) vej xqsVÒÁ»`½, NRPª«sVÍÞ, ª«sV©¯[ÇÞ, @ª«sVL`i ª«sVLji¸R¶VV LSx¤¦¦¦§ÍÞ @®©s[@LiVVµR¶VgRiVLRiV }qsõz¤¦¦¦»R½VÌÁV D©yõLRiV. xqsVÒÁ»½ NRPª«sVÍÞ NRPLiÛÉÁ[ F~ÉíÓÁ NS¬ds LSx¤¦¦¦§ÍÞ NRPLiÛÉÁ[ F~²R¶VgRiV. ª«sV©¯[ÇÞ

¿yÍØ F~²R¶VgæS DLiÉزR¶V. @ª«sVLi NRPª«sVÍÞ NRPLiÛÉÁ[ N]Li¿ÁLi F~ÉíÓÁgS DLiÉزR¶V ª«sVLji¸R¶VV xqsVÒÁ»½ NRPLiÛÉÁ[ N]Li¿ÁLi F~²R¶VgæS DLiÉزR¶V. @»R½¬s NRPLiÛÉÁ[ G BµôR¶LRiV

ª«sùNRPVòÌÁV F~²R¶VgæS ª«sVLji¸R¶VV G BµôR¶LRiV ª«sùNRPVòÌÁV F~ÉíÓÁgS DLiÉØLRiV?

(1) LSx¤¦¦¦§ÍÞ (2) xqsVÒÁ»`½ (3) NRPª«sVÍÞ (4) @ª«sVL`i

42. Which one of the given responses would be a meaningful order of the following: 1. Stem 2. Flower 3. Root 4. Fruits 5. Leaves uhps fn;s x, fodYiksa esa ls fn;s x, “kCnksa dk vFkZiw.kZ Øe crk,a% 1. ruk 2. Qwy 3. tM+ 4. Qy 5. ifÙk;k¡ C úNTPLiµR¶ BÀÁè©«s ÇÁªyÊÁVÍýÜ[ Gµj¶ C úNTPLiµj¶ ªyÉÓÁÍÜ[ @LóRiª«sLi»R½\®ªsV©«s úNRPª«sVLigS DLiÈÁVLiµj¶: 1. NSLi²R¶Li 2. xmsoª«so* 3. ®ªs[LRiV 4. xmsLi²ýR¶V 5. ANRPVÌÁV

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

43. Which one of the following figures represents clothes, flowers and white?

fuEufyf[kr esa ls dkSu&lk js[kkfp= diM+s] Qwy ,oa lQsn ds lEcU/k dks çnf”kZr djrk gS\ C úNTPLiµj¶ ªyÉÓÁÍÜ[ G ÀÁú»R½Li µR¶VxqsVòÌÁV, xmspÌÁV ª«sVLji¸R¶VV ¾»½ÌÁVxmsoNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦r¡òLiµj¶?

(1) (2)

(3) (4)

44. Which number is in all the geometrical figures in the following diagram? uhps fn;s x, fp= esa dkSu&lh la[;k lHkh T;kferh; fp= ds vUrxZr vkrh gSa\ C úNTPLiµj¶ ÀÁú»R½LiÍÜ[ @¬sõ ÇØ−sVú¼½ ÀÁú»yÍýÜ[ G @LiZNP DLiµj¶

(1) 2 (2) 3 (3) 5 (4) 8

45. In a certain code language ‘red is lovely’ means ‘ti paa maa’ ‘Pink is here’ means ‘paa ka ja’ and ‘roses are red’ means ‘ti du ba’. What does ‘maa’ stand for in that code language? (1) here (2) are (3) lovely (4) Data inadequate fdlh fuf”pr dksM Hkk’kk esa ^red is lovely* dk rkRi;Z gS ^ti paa maa*A ^Pink is here* dk rkRi;Z gS ^paa ka ja* ,oa ^roses are red* dk rkRi;Z gS ^ti du ba*A ^maa* dh dksM Hkk’kk esa D;k gS\ (1) here (2) are (3) lovely (4) vi;kZIr vkdM+s INRP úxms¾»½[ùNRP\®ªsV©«s N][²¶ ˳ØxtsQÍÜ[ 'l'Li²¶ CÇÞ ÌÁ− d ýs' @LiÛÉÁ[ '¼½ Fy ª«sW', 'zmsLiNP CÇÞ z¤¦¦¦¸R¶VLi' @©«sgS 'Fy NS ÇØ' ª«sVLji¸R¶VV ' L][ÛÇÁ£qs ALi lLi²¶' @©«sgS '¼½ µR¶V

ËØ' @¬s @LóRiLi. A N][²¶ ˳ØxtsQÍÜ[ 'ª«sW' @©«sgS G−sVÉÓÁ?

(1) BNRPä²R¶ (2) D©yõLRiV

(3) xqsVLiµR¶LRi\®ªsV©«sµj¶ (4) ®²¶[ÉØ xqsLjiF¡µR¶V

FAPTSEPX7 [ D-5 ]

46. In a certain code, ‘GEETA’ is written as ‘ECCRY’ then how ‘MAHABHARATA’ can be written in that code?

;fn fdlh fuf”pr dksM esa ^GEETA* dks ^ECCRY* fy[kk tkrk gS rks mlh dksM esa ^MAHABHARATA* dks dSls fy[ksaxs% INRP úxms¾»½[ùNRP\®ªsV©«s N][²`¶ÍÜ[, 'GEETA' 'ECCRY' gS LS¸R¶VÊÁ²T¶¾»½[, A N][²¶ÍÜ[ MAHABHARATA FsÍØ LS¸R¶VÊÁ²R¶V»R½VLiµj¶?

(1) KYFYZYYFRPY (2) KYFYZYFYPRY (3) KYFZYFYPYRY (4) KYFYZFYPYRY

47. Which digit will appear on the face opposite to the face with number 4 in the following dice?

fuEufyf[kr ikls ds vad 4 ds foijhr lrg ij dkSu&lk vad gksxk\ C úNTPLiµj¶ FyÀÁNRPÌÁVÍÜ[ 4 @LiZNP»][ D©«sõ ª«sVVÆجsNTP FsµR¶VLRiVgS DLi®²¶[ ª«sVVÅÁLi\|ms G @LiZNP NRP¬szmsxqsVòLiµj¶?

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

48. If 18 January 1999 falls on Tuesday, what day will fall on 18th February 1999? (1) Monday (2) Friday (3) Thursday (4) None of these ;fn 18 tuojh] 1999 dks eaxyokj gS] rks 18 Qjojh] 1999 dks dkSu&lk fnu gksxk\ (1) lkseokj (2) “kqØokj (3) c`gLifrokj (4) buesa ls dksbZ ugha 1999 ÇÁ©«sª«sLji 18 ª«sVLigRiÎÏÁªyLRiLi @LiVV¾»½[, 1999 zmnsúÊÁª«sLji 18 G L][ÇÁÙ @ª«so»R½VLiµj¶?

(1) r¡ª«sVªyLRiLi (2) aRPVúNRPªyLRiLi

(3) gRiVLRiVªyLRiLi (4) B−s G−ds NSª«so

49. If ‘Water’ is called ‘air’, air is called ‘green’, ‘green’ is called ‘Rosy’, ‘Rosy’ is called ‘iron’, ‘iron’ is called ‘Red’, ‘Red’ is called ‘Rain’, ‘Rain’ is called ‘tree’, ‘tree’ is called ‘Road’, then what is the colour of human blood? (1) Water (2) Tree (3) Rain (4) Iron ;fn ^ikuh* dks ^ok;q* dgk tkrk gS] ^ok;q* dks ^gjk* dgk tkrk gS] ^gjk* dks ^jksth* dgk tkrk gS] ^jksth* dks ^yksgk* dgk tkrk gS] ^yksgk* dks ^yky* dgk tkrk gS] ^yky* dks ^o’kkZ* dgk tkrk gS] ^o’kkZ* dks ^isM+* dgk tkrk gS vkSj ^isM+* dks ^lM+d* dgk tkrk gS] rks euq’; ds jä dk jax D;k gS\ (1) ikuh (2) isM+ (3) o’kkZ (4) yksgk ¬dsLRiV , gSÖÁgS , igSÖÁ ANRPVxms¿RÁègS, ANRPVxms¿RÁè gRiVÍØÕdÁ LRiLigRiVgS, gRiVÍØÕdÁ LRiLigRiV B©«sVª«sVVgS ,B©«sVª«sVV FsLRiVxmsogS ,FsLRiVxmso ª«sL<RiLigS , ª«sL<RiLi ¿ÁÈíÁVgS, ¿ÁÈíÁV L][²ïR¶VgS zmsÌÁVª«sÊÁ²T¶¾»½[, ª«sV©«sVxtsvùÌÁ LRiNRPòLi G LRiLigRiVÍÜ[ DLiÈÁVLiµj¶?

(1) ¬dsLRiV (2) ¿ÁÈíÁV

(3) ª«sL<RiLi (4) B©«sVª«sVV

50. One circle and three capsules like figure are represented by the diagram below. Y represents the circle and W, Z, X represent capsules. The middle digit number of which capsule represents the average of its rest two digit numbers:

fuEufyf[kr js[kkfp= esa ,d o`Ùk ,oa rhu dSilwy rjg ds fp= çnf”kZr fd;s tkrs gSaA ^Y* o`Ùk dks çnf”kZr djrk gS ,oa W, Z, X dSilwy okys fp= dks çnf”kZr djrs gSaA fdl dSilwy dh e/; vad la[;k blds ckdh nks vad la[;kvksa dk vkSlr çnf”kZr djrk gS% INRP ª«sÌÁ¸R¶VLi ª«sVLji¸R¶VV ª«sVW²R¶V NSùxmsp=ÍÞ= ª«sLiÉÓÁ ÀÁú»y¬sõ C úNTPLiµj¶ ÀÁú»R½Li úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦r¡òLiµj¶. Y ª«sÌÁ¸R¶W¬sNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦xqsVòLiµj¶ ª«sVLji¸R¶VV W, Z, X ÌÁV NSùxmsp=ÍÞ=NTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦ryòLiVV. ª«sVµ³R¶ùÍÜ[ DLi®²¶[ @LiZNP G NSùxmsp=ÍÞ »R½NTPä©«s lLiLi²R¶V @LiZNPÌÁ xqsLiÅÁù ¹¸¶VVNRPä xqsgRiÈÁVNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦xqsVòLiµj¶:

(1) Y (2) Z (3) X (4) W

FAPTSEPX7 [ D-6 ]

DIRECTIONS: The following numerals are written in symbol form. Select the choice that represents the given number the best. funsZ”k% fuEufyf[kr vadks dks fpUg esa fy[kk x;k gSA ml fodYi dks pqus tks nh gqbZ la[;k dk loZJs’B izfrfuf/kRo djrk gksA xqsW¿RÁ©«sÌÁV: C úNTPLiµj¶ @LiZNPÌÁV ÀÁx¤¦¦¦õLi LRiWxmsLiÍÜ[ LS R¶VÊÁ²T¶©«s−s. BÀÁè©«s xqsLiÅÁù¬s D»R½òª«sVLigS úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦Li¿Á[ FsLizmsNRP¬s FsLi¿RÁVN][Li²T¶.

51. 9 9 3 4 6 6 2 2: (1) ↑ ↑ → ↓ ↑ ↑ ∆ ∆ (2) ↑ ↑ → ↓ ↓ ↑ ∆ ∇ (3) ← ↓ → ↓ → ↑ ↓ ↑ (4) ∆ ∇ → ↓ ↓ ∇ ∇ ↑

52. In the following figure the rectangle represents Tennis players, the square represents Badminton players and the circle represents Football players. Find out the player who is a Tennis player and Badminton player but not Football player:

fuEufyf[kr fp= esa vk;r Vsful f[kykM+h dks n”kkZrk gS] oxZ cSMfeUVu f[kykM+h dks n”kkZrk gS ,oa o`Ùk QqVckWy f[kykM+h dksA ml f[kykM+h dks crk,a tks Vsful ,oa cSMfeUVu f[kykM+h gS ijUrq QqyckWy dk f[kykM+h ugha gS% C úNTPLiµj¶ ÀÁú»R½LiÍÜ[ µk¶LçRi¿RÁ»R½VLRiúxqsLi ÛÉÁ¬sõ£qs úNUP²yNSLRiVÌÁNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦xqsVòLiµj¶, ¿RÁµR¶LRiLi ËØù²T¶øLiÈÁ©±s úNUP²yNSLRiVÌÁNTP ª«sVLji¸R¶VV ª«sÌÁ¸R¶VLi xmnsQoÉÞ ËØÍÞ

úNUP²yNSLRiVÌÁNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦xqsVòLiµj¶. ÛÉÁ¬sõ£qs úNUP²yNSLRiV²R¶V ª«sVLji¸R¶VV ËØù²T¶øLiÈÁ©±s úNUP²yNSLRiV²R¶V @LiVV©«s ª«sVLji¸R¶VV xmnsQoÉÞ ËØÍÞ úNUP²yNSLRiV²R¶V NS¬s úNUP²yNRPVLRiV²T¶õ

NRP©«sVg]©«sLi²T¶.

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

53. If ‘OPTIONAL’ is written as ‘ITPOLANO’ how is ‘PRACTICE’ written is that code?

^OPTIONAL* dks ,d dksM esa ^ITPOLANO* fy[kk tkrk gS rks ^PRACTICE* dks mlh dksM esa D;k fy[kk tk,xk% OPTIONAL, ITPOLANO gS LS¸R¶VÊÁ²T¶¾»½[ A N][²`¶ÍÜ[ PRACTICE FsÍØ LS¸R¶VÊÁ²R¶V»R½VLiµj¶?

(1) RPACITEC (2) CARPECIT (3) CRAPECTI (4) CRAPEICT

54. What should come in place of question mark(?) in the following series?

fuEufyf[kr Ja`[kyk esa ç”uokpd fpUg ds LFkku ij D;k vk;sxk\ C úNTPLiµj¶ {qsLki£qsÍÜ[ úxmsaRPõ ÀÁx¤¦¦¦õLi (? ) róy©«sLiÍÜ[ Gµj¶ ª«sxqsVòLiµj¶?

DW, EV, FU, ?, HS (1) IK (2) SU (3) GT (4) JP

55. The missing number is:

foyqIr vad crk,a »R½zmsöF¡LiVV©«s @LiZNP Gµj¶

7 21 8 17 ? 5 12 1 23

(1) 14 (2) 2 (3) 9 (4) 10

FAPTSEPX7 [ D-7 ]

DIRECTIONS: In the following question find the one which is different from the rest.

funsZ”k% fuEufyf[kr ç”u esa mls Kkr djsa tks nwljksa ls fHké gksaA

xqsW¿RÁ©«sÌÁV: C úNTPLiµj¶ úxmsaRPõÍÜ[ »R½NTPä©«s ªyÉÓÁNTP Õ³Á©«sõLigS D©«sõ µy¬sõ NRP©«sVg]©«sLi²T¶

56. (1) Sun (2) Venus (3) Saturn (4) Mars (1) lw;Z (2) cq/k (3) “kfu (4) eaxy (1) xqsWLRiVù²R¶V (2) @LRiVßá úgRix¤¦¦¦Li

(3) aRP¬s (4) @LigSLRiNRPV²R¶V

57. Vrinda, Jaya, Mihika and Priya are playing a card game. Mihika is to the immediate right of Jaya who is to the immediate right of Vrinda. Who is to the right of Mihika? (1) Vrinda (2) Jaya (3) Priya (4) None of these o`Unk] t;k] fefgdk ,oa fç;k rk”k [ksy jgh gSaA fefgdk t;k dh Bhd nkfgus rjQ tks fd o`Unk ds Bhd nkfguh rjQ gSA fefgdk ds nkfgus rjQ dkSu gS\ (1) o`Unk (2) t;k (3) fç;k (4) buesa ls dksbZ ugha ª«sXLiµR¶, ÇÁ¸R¶V, −sVz¤¦¦¦NRP ª«sVLji¸R¶VV úzms¸R¶VÌÁV NSLïi AÈÁ A²R¶V»R½V©yõLRiV. ª«sXLiµyNTP NRPV²T¶ \®ªsxmso©«s NRPWLRiVè©«sõ ÇÁ¸R¶VNTP −sVz¤¦¦¦NRP NRPV²T¶ \®ªsxmsogS NRPWLRiVèLiµj¶. −sVz¤¦¦¦NSNTP

NRPV²T¶ \®ªsxmso©«s Fsª«sLRiV D©yõLRiV?

(1) ª«sXLiµR¶

(2) ÇÁ¸R¶V

(3) úzms R¶V

(4) −dsLRiV Fsª«sLRiW NSµR¶V

58. Alka ranks 10th in a class of 46 students. What will be her rank from the last? (1) 35 (2) 36 (3) 37 (4) 38 46 fo|kfFkZ;ksa dh ,d d{kk esa vYdk dk 10oka LFkku gSA var ls vYdk dk LFkku D;k gksxk\ (1) 35 (2) 36 (3) 37 (4) 38 46 ª«sVLiµj¶ −sµyùLóRiVÌÁV D©«sõ »R½LRigRi¼½ÍÜ[ @ÍØäNTP 10ª«s LSùLiNRPV ÌÁÕ³ÁLiÀÁLiµj¶. ÀÁª«sLji ©«sVLiÀÁ A®ªsV LSùLiNRPV G\®ªsV DLiÈÁVLiµj¶

(1) 35 (2) 36 (3) 37 (4) 38

59. Observe the following diagram carefully and find out the particular portion which represents for those women who are employed but not married.

fuEufyf[kr js[kkfp= dks voyksdu djsa rFkk ml fgLls dks cryk,a] tks mu efgykvksa tks fd jkstxkj esa gSa ysfdu vfookfgr gSa] dks çnf”kZr djrk gS% C úNTPLiµj¶ ÀÁú»y¬sõ ÇØúgRi»R½ògS gRiª«sV¬sLi¿RÁLi²T¶ ª«sVLji¸R¶VV −sªyx¤¦¦¦Li NS¬s Dµ][ùgRiLi ¿Á[}qs ª«sVz¤¦¦¦ÎÏÁÌÁNTP úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦Li¿Á[ ªyLji¬s NRP©«sVg]©«sLi²T¶.

(1) 2 (2) 3 (3) 4 (4) 6

60. If ‘MEDICAL’ is written as ‘DEMILAC’ how is ‘SUBJECT’ written is that code?

;fn ^MEDICAL* dks ^DEMILAC* fy[kk tkrk gS rks mlh dksM esa ^SUBJECT* dks D;k fy[kk tk;sxk\ MEDICAL, DEMILAC gS LS¸R¶VÊÁ²T¶¾»½[, A N][²¶ÍÜ[ SUBJECT FsÍØ LS¸R¶VÊÁ²R¶V»R½VLiµj¶?

(1) BUSJETC (2) BUSTCTE (3) BUSJTCE (4) BUJSCTE

FAPTSEPX7 [ D-8 ]

GENERAL AWARENESS

61. As per article 80 of the constitution of India, the Rajya Sabha consists of representatives of the states and union territories besides member nominated by the president of India. As per constitution how many union territories can have representative in Rajya Sabha: (1) 2 (2) 3 (3) 7 (4) None of these Hkkjrh; lafo/kku ds vuqPNsn 80 ds vuqlkj jkT;&lHkk esa jkT;ksa ,oa la?k&“kkflr {ks=ksa ds vykok jk’Vªifr }kjk ukekafdr lnL; gksrs gSaA lafo/kku ds vuqlkj jkT;&lHkk esa fdrus la?k&”kkflr {ks=ksa ds çfrfuf/k gksrs gSa% (1) 2 (2) 3 (3) 7 (4) buesa ls dksbZ ugha ˳ØLRi»R½®µ¶[aRP LSÇØùLigRiLiÍÜ[ 80ª«s úxmsNRPLRißá úxmsNSLRiLigS, LSÇÁùxqs˳ÏÁÍÜ[ LSuíyûÌÁV ª«sVLji¸R¶VV ZNP[LiúµR¶ FyÖÁ»R½ úFyLi»yÌÁ úxms¼½¬sµ³R¶VÌÁ»][ FyÈÁV ˳ØLRi»R½ LSxtísQûúxms¼½

©y−sV®©s[ÉÞ Â¿Á[zqs©«s xqs˳ÏÁVù²R¶V NRPW²y DLiÉØLRiV. LSÇØùLigRiLi úxmsNSLRiLi LSÇÁùxqs˳ÏÁÍÜ[ Fs¬sõ ZNP[LiúµR¶ FyÖÁ»R½ úFyLi»yÌÁV úFy¼½¬sµ³R¶ùLiª«sz¤¦¦¦ryòLiVV

(1) 2 (2) 3 (3) 7 (4) B−s G−ds NSª«so

62. Match List–I with List–II and select the correct answer using the codes given below? List–I (Place) List–II (State) A. Sriharikota 1. Karnataka B. Thumba 2. Andhra Pradesh C. Hassan 3. Odisha D. Chandipur 4. Kerala 5. Tamilnadu lwph&I dks lwph&II ls lqesfyr djsa ,oa uhps fn;s x, dksM ls lgh mÙkj dk p;u djsa% lwph&I ¼LFkku½ lwph&II ¼jkT;½ A. JhgfjdksVk 1. dukZVd B. FkwEck 2. vkU/kz&çns”k C. glu 3. vksfM”kk D. pk¡nhiqj 4. dsjy 5. rfeyukMw ÇØÕÁ»yc1»][ ÇØÕÁ»yc2 ÇÜ[²T¶Li¿RÁLi²T¶ ª«sVLji¸R¶VV C úNTPLiµR¶ BÀÁè©«s N][²¶= Dxms¹¸¶WgjixqsWò xqs\lLi©«s ÇÁªyÊÁV¬s FsLi¿RÁVN][Li²T¶.

ÇØÕÁ»yc1 (úxms®µ¶[aRPLi) ÇØÕÁ»y 2 (LSxtísQûLi) A. $x¤¦¦¦LjiN][ÈÁ 1. NRPLñSÈÁNRP

B. »R½VLiÊÁ 2. ALiúµ³R¶úxms®µ¶[a`P

C. x¤¦¦¦xqs©±s 3. I²T¶uy

D. ¿yLiµk¶xmspL`i 4. ZNP[LRiÎÏÁ

5. »R½−sVÎÏÁ©y²R¶V

(1) A-1, B-3, C-5, D-4 (2) A-2, B-4, C-1, D-3 (3) A-1, B-4, C-5, D-3 (4) A-2, B-3, C-1, D-4

63. Alveoli is a part of: (1) Heart (2) Lung (3) Kidney (4) Ovary ,yosvksykbZ bldk ,d fgLlk gS% (1) ân; (2) QsQM+k (3) xqnkZ (4) v.Mk”k; @ÖÁ*¹¸¶WÖÁ ®µ¶[¬sÍÜ[ ˳ØgRiLi

(1) gRiVLi®²¶ (2) EzmsLji¼½»R½VòÌÁV (3) ª«sVWú»R½ zmsLi²yÌÁV (4) @Li²yaRP R¶VLi

64. The latitude difference between India & Pakistan for their Standard time is:

Hkkjr ,oa ikfdLrku ds e/; muds ekud le;ksa esa va{kk”k vUrj gS% ˳ØLRi»R½®µ¶[aRPLi ª«sVLji¸R¶VV FyNTPróy©±sÌÁ ª«sVµ³R¶ù »R½ª«sV úFyª«sWßÓáNRP xqsª«sV¸R¶W¬sNTP @OSQLiaRPLi ¾»½[²y

(1) 7° (2) 7.5° (3) 8° (4) 8.5°

65. The saffron colour in our national flag signifies: (1) Faith and Chivalary (2) Truth and Peace (3) Courage and sacrifice (4) All of these jk"Vªh; /ot dk dslfj;k jax D;k n'kkZrk gS% (1) fo'okl ,oa 'kkS;Z (2) lR; ,oa 'kkfUr (3) lkgl ,oa cfynku (4) mi;qZä lHkh ª«sV©«s Çؼd½¸R¶V ÛÇÁLi²yÍÜ[ NSuy¸R¶V LRiLigRiV ®µ¶[¬sõ xqsWÀÁxqsVòLiµj¶

(1) ©«sª«sVøNRPLi ª«sVLji R¶VV aRPWLRi»R½*Li (2) xqs»R½ùLi ª«sVLji R¶VV aSLi¼½ (3) \®µ³¶LRiùLi ª«sVLji R¶VV »yùgRiLi (4) Bª«s¬dsõ

FAPTSEPX7 [ D-9 ]

66. On the basis of area which one of the following is correct descending order? (1) Asia, North America, Africa, South America (2) Africa, Asia, North America, South America (3) Asia, Africa, North America, South America (4) Asia, Africa, South America, North America {ks=Qy ds vk/kkj ij fuEufyf[kr esa ls dkSu&lk lgh vojksgh Øe gS% (1) ,f”k;k] mÙkjh vesfjdk] vÝhdk] nf{k.kh vesfjdk (2) vÝhdk] ,f”k;k] mÙkjh vesfjdk] nf{k.kh vesfjdk (3) ,f”k;k] vÝhdk] mÙkjh vesfjdk] nf{k.kh vesfjdk (4) ,f”k;k] vÝhdk] nf{k.kh vesfjdk] mÙkjh vesfjdk \®ªsaSÌÁùLi Aµ³yLRiLigS C úNTPLiµj¶ ªyÉÓÁÍÜ[ Gµj¶ xqs\lLi©«s @ª«sL][x¤¦¦¦ßá úNRPª«sVLi

(1) Azqs R¶W, D»R½òLRi @®ªsVLjiNS, AúzmnsNS, µR¶OTPQßá @®ªsVLjiNS (2) AúzmnsNS, Azqs R¶W, D»R½òLRi @®ªsVLjiNS, µR¶OTPQßá @®ªsVLjiNS

(3) Azqs R¶W, AúzmnsNS, D»R½òLRi @®ªsVLjiNS, µR¶OTPQßá @®ªsVLjiNS (4) Azqs R¶W, AúzmnsNS, µR¶OTPQßá @®ªsVLjiNS, D»R½òLRi @®ªsVLjiNS

67. Days and Nights are equal throughout the year at (1) Tropic of cancer (2) Tropic of Capricorn (3) Equator (4) Poles fnu vkSj jkr fdl ij iwjs o"kZ ,d leku gksrs gSa% (1) ddZ js[kk ij (2) edj js[kk ij (3) Hkwe/; js[kk ij (4) /kzqo ij xmspLjiò xqsLiª«s»R½=LRiª«sVLi»y xmsgRiÌÁV, LSú¼½ xqsª«sW©«sLigS FsNRPä²R¶ DLiÈÁVLiµj¶

(1) NRPLRiäÈÁ lLi[ÅÁ (2) ª«sVNRPLRi lLi[ÅÁ

(3) ˳ÏÁWª«sVµ³R¶ù lLi[ÅÁ (4) úµ³R¶VªyÌÁV

68. Newton's 1st law of motion is also known as: (1) Law of acceleration (2) Law of speed (3) Law of gravity (4) Law of inertia U;wVu dk xfr ds çFke fu;e dk nwljk uke gS% (1) Roj.k dk fu;e (2) pky dk fu;e (3) xq:Ro dk fu;e (4) tM+Ro dk fu;e ©«sWùÈÁ©±s 1ª«s ¿RÁÌÁ©«s xqsWú»R½Li C −sµ³R¶LigS NRPW²y zmsÌÁVª«sÊÁ²R¶V»R½VLiµj¶

(1) »R½*LRißá xqsWú»R½Li (2) ®ªs[gRiLi xqsWú»R½Li

(3) ANRPL<Rißá xqsWú»R½Li (4) ¬saRPèÌÁ xqsWú»R½Li

69. Ice floats on water because: (1) Its weight is more than the weight of an equal volume of water (2) Its weight is less than the weight of an equal volume of water (3) Its weight is equal to the weight of an equal volume of water (4) None of these cQZ ikuh ij rSjrh gS D;ksafd% (1) bldk Hkkj ikuh ds leku ek=k ds Hkkj ls T;knk gksrk gS (2) bldk Hkkj ikuh ds leku ek=k ds Hkkj ls de gksrk gS (3) bldk Hkkj ikuh ds leku ek=k ds Hkkj ds cjkcj gksrk gS (4) buesa ls dksbZ ugha ¬dsÉÓÁ\|ms HxqsV ¾»½[ÌÁÉجsNTP NSLRißáLi

(1) µy¬s ÊÁLRiVª«so ¬dsÉÓÁ ¹¸¶VVNRPä xqsª«sW©«s\®ªsV©«s xmsLjiª«sWßáLi ÊÁLRiVª«so NRPLiÛÉÁ[ FsNRPV䪫s

(2) µy¬s ÊÁLRiVª«so ¬dsÉÓÁ ¹¸¶VVNRPä xqsª«sW©«s\®ªsV©«s xmsLjiª«sWßáLi ÊÁLRiVª«so NRPLiÛÉÁ[ »R½NRPV䪫s

(3) µy¬s ÊÁLRiVª«so ¬dsÉÓÁ ¹¸¶VVNRPä xqsª«sW©«s\®ªsV©«s xmsLjiª«sWßáLi ÊÁLRiVª«so NRPLiÛÉÁ[ xqsª«sW©«sLi

(4) B−s G−ds NSª«so

70. The capillary action phenomenon of water climbing up a narrow tube dipped in water is due to: (1) Surface friction (2) Surface tension (3) Atmospheric pressure (4) Differential temperature ty esa Mwch ,d ldjh uyh esa ikuh ds Åij p<+us dh ty dh dsf”kdk fØ;k lao`fr dk dkj.k gS% (1) i`’Bh; ?k’kZ.k (2) i`’Bh; ruko (3) okrkoj.kh; ncko (4) vody rkiØe ¬dsÉÓÁÍÜ[ ª«sVVLiÀÁ©«s xqs©«sõ¬s g]ÈíÁLiÍÜ[NTP ¬dsLRiV \|msNTP ®ªsÛÎýÁ[ ZNP[aRP©y×ÁNS ¿RÁLRiù xmnsVÈÁ©«s ®µ¶[¬sª«sÌýÁ ÇÁLRiVgRiV»R½VLiµj¶

(1) DxmsLji»R½ÌÁLi xmnsVL<Rißá (2) DxmsLji»R½ÌÁLi »R½©«sù»R½

(3) ªy»yª«sLRißáLi {ms²R¶©«sLi (4) @ª«sNRPÌÁ©«s Duñ¡úgRi»R½

FAPTSEPX7 [ D-10 ]

71. The green colouring of the leaves is due to: (1) Chlorophyll (2) Chloroplast (3) Haemoglobin (4) Copper sulphate ifÙk;ksa esa gjk jax fdl dkj.k gksrk gS% (1) DyksjksfQy (2) DyksjksIykLV (3) fgeksXyksfcu (4) dkij lYQsV ANRPVÌÁNRPV D©«sõ ANRPVxms¿RÁè LRiLigRiV ®µ¶[¬sª«sÌýÁ GLRiö²R¶V»R½VLiµj¶

(1) Ný][L][zmnsÍÞ (2) Ný][L][Fýy£qís

(3) {¤¦¦¦®ªsWgý][ÕÁ©±s (4) NSxmsL`i xqsÛÍÁ[öéÉÞ

72. Who is the Chief Justice of India at present: (1) Dipak Misra (2) G.H. Kapadia (3) B.S. Chauhan (4) J.S. Khehar orZeku esa Hkkjr ds eq[; U;k;k/kh/k dkSu gS% (1) nhid feJk (2) th-,p- dikfM;k (3) ch-,l- pkSgku (4) ts-,l- [ksgj úxmsxqsVò»R½Li ˳ØLRi»R½ úxmsµ³y©«s ©yù¸R¶Vª«sVWLjiò Fsª«sLRiV

(1) µk¶xmsN`P −sVúaS (2) ÒÁ.|¤¦¦¦¿`Á. NRPFy²T¶¸R¶W

(3) ÕdÁ.Fs£qs. ¿_¥¦¦¦©±s (4) ÛÇÁ[.Fs£qs. ÛÆÁ[x¤¦¦¦L`i

73. How many chambers does a human heart has? (1) 5 (2) 4 (3) 3 (4) 2 euq"; ds ân; esa fdrus d{k gksrs gSa% (1) 5 (2) 4 (3) 3 (4) 2 ª«sV©«sVxtsvùÌÁ gRiVLi®²¶ÍÜ[ Fs¬sõ NRPªyÉØÌÁV DLiÉØLiVV

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

74. Kaiga Power plant is a: (1) Thermal Power plant (2) Hydro Power plant (3) Nuclear Power Plant (4) Solar Power Plant dSxk “kfä la;a= gS ,d% (1) rkih; “kfä la;a= (2) tyh; “kfä la;a= (3) ukHkdh; “kfä la;a= (4) lkS;Z “kfä la;a= \ZNPgS −sµR¶Vù»R½Vò FýyLiÉÞ @®©s[µj¶ INRP

(1) ´R¶LRiøÍÞ −sµR¶Vù»R½Vò FýyLiÉÞ

(2) ÇÁÌÁ −sµR¶Vù»R½Vò FýyLiÉÞ

(3) @ßáV −sµR¶Vù»R½Vò FýyLiÉÞ

(4) r¢LRi −sµR¶Vù»R½Vò FýyLiÉÞ

75. Which line demarcates the boundary between India and Pakistan: (1) Macmohan (2) Radcliffe (3) Durand (4) 17th parallel Hkkjr ,oa ikfdLrku lhek dks dkSu lh js[kk foHkkftr djrh gS% (1) eSdeksgu (2) jSMfDyQ (3) MqjUM (4) 17oha lekukUrj ˳ØLRi»R½®µ¶[aRPLi ª«sVLji¸R¶VV FyNTPróy©±sÌÁ ª«sVµ³R¶ù xqsLjix¤¦¦¦µôR¶V¬s G lLi[ÅÁ −s˳ÏÁÑÁxqsVòLiµj¶.

(1) ®ªsVN`P®ªsWx¤¦¦¦©±s (2) LS²`¶NýTP£mns

(3) ²R¶VùLSLi²`¶ (4) 17ª«s xqsª«sWLi»R½LRiLiv

FAPTSEPX7 [ D-11 ]

76. The correct sequence of the Indian Civilian "Padma" Awards, starting form the lowest to highest is: (1) Padma Shri, Padma Vibhushan, Padma Bhushan, Bharat Ratna (2) Bharat Ratna, Padma Bhushan, Padma Vibhushan, Padma Shri (3) Padma Shri, Padma Bhushan, Padma Vibhushan, Bharat Ratna (4) Padma Shri, Bharat Ratna, Padma Vibhushan, Padma Bhushan Hkkjr ds ukxfjd ^ine* iqjLdkj dks fuEu ls mPp dh vksj tkrs gq, lgh Øe esa crk,a% (1) in~e Jh] in~e~foHkw"k.k] in~e~Hkw"k.k] HkkjrjRu (2) HkkjrjRu] in~e~Hkw"k.k] in~e~foHkw"k.k] in~e Jh (3) in~e Jh] in~e~Hkw"k.k] in~e~foHkw"k.k] HkkjrjRu (4) in~e Jh] HkkjrjRu] in~e~foHkw"k.k] in~e~Hkw"k.k ˳ØLRi»R½ F¢LRi xmsoLRiryäLRiLi 'xmsµR¶ø' , NTPLiµj¶ ©«sVLiÀÁ \|msNTP xqs\lLi©«s úNRPª«sVLi Gµj¶

(1) xmsµR¶ø$, xmsµR¶ø −s˳ÏÁWxtsQßãÞ, xmsµR¶ø ˳ÏÁWxtsQßãÞ, ˳ØLRi»`½ LRi»R½õ.

(2) ˳ØLRi»`½ LRi»R½õ, xmsµR¶ø ˳ÏÁWxtsQßãÞ, xmsµR¶ø −s˳ÏÁWxtsQßãÞ, xmsµR¶ø$

(3) xmsµR¶ø$, xmsµR¶ø ˳ÏÁWxtsQßãÞ, xmsµR¶ø −s˳ÏÁWxtsQßãÞ, ˳ØLRi»`½ LRi»R½õ

(4) xmsµR¶ø$, ˳ØLRi»`½ LRi»R½õ , xmsµR¶ø −s˳ÏÁWxtsQßãÞ, xmsµR¶ø ˳ÏÁWxtsQßãÞ

77. Layer of the atmosphere which is closest to the Earth: (1) Mesosphere (2) Troposphere (3) Stratosphere (4) Ionosphere okrkoj.k dk irZ tks i`Foh ds lcls djhc gS% (1) e/;e.My (2) {kksHke.My (3) lerkie.My (4) vk;ue.My ˳ÏÁW−sVNTP µR¶gæRiLRigS DLi®²¶[ ªy»yª«sLRißáLi F~LRi Gµj¶

(1) ª«sVµ³yùª«sLRißáLi (2) ry−dsVFyùª«sLRißáLi (3) AxqsòLSª«sLRißáLi (4) @ R¶V© [ª«sLRißáLi

78. Which of the following is not a member of SAARC? (1) Bhutan (2) Bangaladesh (3) Myanmar (4) Maldives fuEufyf[kr esa ls dkSu ,d lkdZ dk lnL; ugha gS% (1) HkwVku (2) ckaxykns”k (3) E;kuekj (4) eky}ho C úNTPLiµj¶ ªyÉÓÁÍÜ[ Fsª«sLRiV ryLiä xqs˳ÏÁVùÌÁV NSLRiV?

(1) ˳ÏÁWÉØ©±s (2) ÊÁLigýS®µ¶[a`P

(3) ª«sV R¶V©yøL`i (4) ª«sWÖdôÁª±s=

79. Which Mughal emperor imposed Jeziya on Hindus and encouraged the Hindus to convert to Islam: (1) Shahjahan (2) Jehangir (3) Aurangzeb (4) Akbar fdl eqxy ckn”kkg us fgUnqvksa ij tft;k dj yxk;k vkSj fgUnqvksaa dks eqlyeku cuus ds fy, izksRlkfgr fd;k% (1) “kkgtgk¡ (2) tgk¡xhj (3) vkSjaxt+sc (4) vdcj G ®ªsVVgRiÌÁV ¿RÁúNRPª«sLjiò z¤¦¦¦LiµR¶Vª«soÌÁ\|ms ÑÁÑÁ¸R¶W xms©«sVõ −sµ³j¶Li¿y²R¶V ª«sVLji¸R¶VV z¤¦¦¦LiµR¶Vª«soÌÁV ª«sVVzqýsLiÌÁVgS ª«sWLRiÉجsNTP úF¡»R½=z¤¦¦¦Li¿y²R¶V

(1) uyÇÁ¥¦¦¦©±s (2) ÇÁx¤¦¦¦LigkiL`i

(3) KLRiLigRiÛÇÁ[ËÞ (4) @NRP÷L`i

80. Identify the incorrect match of the equivalent ranks in Army and Navy respectively: (1) Brigadier : Commodore (2) Captain : Lieutenant (3) Major : Commander (4) Major General : Rear admiral Fky lsuk ,oa ty lsuk ds Øe”k% led{k inksa ds xSj lqesfyr tksM+s dks igpkusa% (1) fcxzsfM;j & dkseksMksj (2) dSIVsu & ysf¶VusaV (3) estj & dekUMj (4) estj tujy & fj;j ,Mfejy ALkiø ª«sVLji¸R¶VV ®©s[− dsÍÜ[ ª«sLRiVxqsgS xqsª«sW©«s\®ªsV©«s LSùLiNRPVÌÁ »R½xmsöV²R¶V ÇÜ[²U¶¬s gRiVLjiòLi¿RÁLi²T¶

(1) úÕÁlgi[²T¶¸R¶VL`i: NRP®ªsWø²][L`i (2) ZNP|mís©±s: ÛÍÁzmnís®©sLiÉÞ (3) ®ªs[VÇÁL`i: NRP®ªs[VLi²R¶L`i (4) ®ªs[VÇÁL`i ÇÁ©«sLRiÍÞ: Lji¸R¶VL`i @²T¶øLRiÍÞ

FAPTSEPX7 [ D-12 ]

81. Why is a small space left at the joint between two rails: (1) Because such spacing will save some cost (2) Because metal expands on heating and contracts on cooling (3) To produce the neccessary gravitational force (4) None of these nks jsyksa ds e/; tksM+ ij ,d NksVk lk LFkku D;ksa NksM+k tkrk gS% (1) D;ksafd ,sls LFkku NksM+us ls dqN ykxr cpsxh (2) D;ksafd /kkrq xeZ djus ij QSyrh gS rFkk BaMh djus ij ladqfpr gksrh gS (3) vko”;d xq:Ro cy mÙkiUu djus ds fy, (4) buesa ls dksbZ ugha lLiLi²R¶V lLiLiVVÍÞ= ª«sVµ³R¶ù ÇØLiVVLiÉÞ ª«sµôR¶ N]Li¿ÁLi xqósÌÁLi FsLiµR¶VNRPV ª«sµj¶ÖÁ®ªs[ R¶VÊÁ²R¶V»R½VLiµj¶

(1) FsLiµR¶VNRPLiÛÉÁ[ @ÈÁVª«sLiÉÓÁ −sLSª«sVLi N]Li»R½ ÅÁLRiVè¬s Aµy ¿Á[xqsVòLiµj¶

(2) FsLiµR¶VNRPLiÛÉÁ[ ®ªs[²T¶ FsNTPä©«sxmsöV²R¶V ÍÜ[x¤¦¦¦Li ªyùzmsxqsVòLiµj¶ ª«sVLji R¶VV ¿RÁÌýÁÊÁ²T¶©«sxmsöV²R¶V ª«sVV²R¶V¿RÁVNRPVLiÈÁVLiµj¶

(3) NSª«sÖÁ=©«s ANRPL<Rißá aRPNTPò¬s D»R½ö©«sõLi ¿Á[ R¶VÉجsNTP

(4) B−s G−ds NSª«so

82. Kuchipudi is a dance drama of: (1) Tamilnadu (2) Karnataka (3) Andhra Pradesh (4) Kerala dqphiwM+h fdl çns”k dk u`R; ukVd gS% (1) rfeyukMw (2) dukZVd (3) vkU/kz çns”k (4) dsjy NRPWÀÁxmsp²T¶ ©yÈÁùLi G LSuíyû¬sNTP ¿ÁLiµj¶©«sµj¶

(1) »R½−sVÎÏÁ©y²R¶V (2) NRPLñSÈÁNRP

(3) ALiúµ³R¶úxms®µ¶[a`P (4) ZNP[LRiÎÏÁ

83. Sama Veda deals with: (1) Music (2) Hymn in the form of prayers to God (3) Medicine (4) Formulae lkeosn fdlls lEcfU/kr gSa% (1) laxhr (2) Hktu ds :i esa bZ”oj dh izkFkZuk (3) vkS’kf/k (4) lw= ryª«sV®ªs[µR¶Li ®µ¶[¬sNTP xqsLiÊÁLiµ³j¶LiÀÁ©«sµj¶

(1) xqsLigki»R½Li (2) ˳ÏÁgRiª«sLi»R½V¬sNTP ¿Á[}qs úFyLóRi©«sÌÁ LRiWxmsLiÍÜ[ aý][NSÌÁV

(3) ª«sVLiµR¶VÌÁV (4) xqsWú»yÌÁV

84. The Indian Parliament consists of: (1) Lok Sabha, Rajya Sabha and the President (2) Lok Sabha and Rajya Sabha (3) Lok Sabha and State assemblies (4) Lok Sabha only Hkkjrh; laln ds vax gSa% (1) yksd lHkk] jkT; lHkk ,oa jk’Vªifr (2) yksd lHkk ,oa jkT; lHkk (3) yksd lHkk ,oa jkT; fo/kku lHkk (4) dsoy yksd lHkk ˳ØLRi»R½ FyLýRi®ªsVLiÉÞ @©«sgS: (1) ÍÜ[N`P xqs˳ÏÁ, LSÇÁù xqs˳ÏÁ ª«sVLji R¶VV LSxtísQûxms¼½ (2) ÍÜ[N`P xqs˳ÏÁ ª«sVLji R¶VV LSÇÁù xqs˳ÏÁ

(3) ÍÜ[N`P xqs˳ÏÁ ª«sVLji R¶VV LSxtísQû @|qsLiÕdýÁÌÁV (4) ÍÜ[N`P xqs˳ÏÁ ª«sWú»R½ª«sVlLi[

85. UNICEF has its headquarter in: (1) Washington (2) San Francisco (3) Geneva (4) New York ;wuhlsQ dk eq[;ky; dgk¡ ij fLFkr gS% (1) okf”kaxVu (2) lSuÝkaflLdks (3) tsusok (4) U;w;kdZ ¸R¶VV¬s|qs£mns úxmsµ³y©«s NSLSùÌÁ¸R¶VLi FsNRPä²R¶ DLiµj¶: (1) ªyztsQLigíRi©±s (2) aS©±s úFny¬s=r¡ä

(3) ÛÇÁ¬dsªy (4) ©«sWù R¶WL`iä

FAPTSEPX7 [ D-13 ]

86. In which year the slogan ‘Quit India’ was given by Gandhiji: (1) 1940 (2) 1942 (3) 1939 (4) 1938 fdl o’kZ xk¡/kh th }kjk ^Hkkjr NksM+ks* dk ukjk fn;k x;k% (1) 1940 (2) 1942 (3) 1939 (4) 1938 gSLiµ³k¶ÒÁ 'NTP*ÉÞ BLi²T¶¸R¶W' ¬s©yµy¬sõ FsxmsöV²R¶V B¿yèLRiV:

(1) 1940 (2) 1942 (3) 1939 (4) 1938

87. A candidate for election to the Rajya Sabha must be not less than: (1) 35 Years of age (2) 25 Years of age (3) 30 Years of age (4) 40 Years of age jkT; lHkk ds pquko gsrq ,d vH;FkÊ dh vk;q fuEu ls de ugha gksuh pkfg,% (1) 35 o’kZ (2) 25 o’kZ (3) 30 o’kZ (4) 40 o’kZ LSÇÁùxqs˳ÏÁ Fs¬sõNRP N][xqsLi F¡ÉÔÁ ¿Á[}qs @˳ÏÁùLójiNTP FsLi»R½ ª«s¸R¶VxqsV= DLi²yÖÁ: (1) 35 xqsLiª«s»R½=LSÌÁ ª«s R¶VxqsV= (2) 25 xqsLiª«s»R½=LSÌÁ ª«s R¶VxqsV=

(3) 30 xqsLiª«s»R½=LSÌÁ ª«s R¶VxqsV= (4) 40 xqsLiª«s»R½=LSÌÁ ª«s R¶VxqsV=

88. Anusuya, who gave sermons to Sita, the wife of Lord Rama, during their banishment to forest (vanvasa), was the wife of sage: (1) Atri (2) Angiras (3) Marichi (4) Kratu vuqlw;k ftlus Hkxoku Jh jke dh iRuh lhrk dks taxy esa ouokl ds nkSjku mins'k fn;k] og fdl eqfu dh iRuh Fkh% (1) vf= (2) vafxjl (3) ekfjph (4) Ørq LSª«sVV²T¶ ˳ØLRiù {qs»R½NRPV ª«s©«sªyxqsLi xqsª«sV¸R¶VLiÍÜ[ úxmsª«s¿RÁ©yÌÁV BÀÁè©«s @©«sxqsW¸R¶V G LRiVztsQ ˳ØLRiù: (1) @ú¼½ (2) @LigkiLRi£qs

(3) ª«sVLkiÀÁ (4) úNRP»R½V

89. The colour of star is an indication of: (1) Weight (2) Distance (3) Temperature (4) Size rkjks dk jax O;ä djrk gS mldk% (1) Hkkj (2) nwjh (3) rkieku (4) vkdkj ©«sORPQQú»R½Li LRiLigRiV ®µ¶[¬s¬s xqsWÀÁxqsVòLiµj¶: (1) ÊÁLRiVª«so (2) µR¶WLRiLi

(3) Duñ¡úgRi»R½ (4) \|qsÇÞ

90. Full Moon occurs: (1) When Earth comes between Sun and the Moon (2) When Moon comes between Earth and the Sun (3) When Sun comes between Moon and the Earth (4) None of the above is correct iw.kZ pUæek gksrk gS% (1) tc i`Foh lw;Z ,oa pUæek ds e/; vkrk gS (2) tc pUæek i`Foh ,oa lw;Z ds e/; vkrk gS (3) tc lw;Z pUæek ,oa i`Foh ds e/; vkrk gS (4) mijksä esa dksbZ Hkh dFku lR; ugha gS xmso©«sõ−sV FsxmsöV²R¶V GLRiö²R¶V»R½VLiµj¶: (1) ˳ÏÁW−sV xqsWLRiVù²R¶V ª«sVLji R¶VV ¿RÁLiúµR¶©«sVNTP ª«sVµ³R¶ù ª«sÀÁè©«sxmsöV²R¶V

(2) ¿RÁLiúµR¶V²R¶V ˳ÏÁW−sVNTP ª«sVLji R¶VV xqsWLRiVù²T¶NTP ª«sVµ³R¶ù ª«sÀÁè©«sxmsöV²R¶V

(3) xqsWLRiVù²R¶V ¿RÁLiúµR¶V²R¶V ª«sVLji R¶VV ˳ÏÁW−sVNTP ª«sVµ³R¶ù ª«sÀÁè©«sxmsöV²R¶V

(4) \|ms−s G−ds NRPW²y xqs\lLi©«s−s NSª«so.

FAPTSEPX7 [ D-14 ]

QUANTITATIVE APTIDUE

91. Pipe A and B can fill a tank in 5 and 6 hours respectively. Pipe C can empty it in 10 hours. If all three pipes are opened together then the tank will be filled in:

(1) 432 hours (2)

433 hours (3)

523 hours (4)

522 hours

ikbZi A ,oa ikbZi B ,d Vadh dks Øe”k% 5 ,oa 6 ?kaVs esa Hkjrs gSaA ikbZi C bls 10 ?kaVs esa [kkyh dj ldrk gSA ;fn rhuksa ikbZiksa dks ,d lkFk [kksy fn;k tk, rks Vadh fdruh nsj esa Hkjsxh\

(1) 432 ?kaVs (2)

433 ?kaVs (3)

523 ?kaVs (4)

522 ?kaVs

\|msxmso A ª«sVLji¸R¶VV B ÌÁV INRP ÉØùLiNRPV¬s ª«sLRiVxqsgS 5 ª«sVLji¸R¶VV 6 gRiLiÈÁÍýÜ[ ¬sLixmso»yLiVV. \|msxmso C µy¬sõ 10 gRiLiÈÁÍýÜ[ ÆØ×dÁ ¿Á[xqsVòLiµj¶. ª«sVW²R¶V \|msxmsoÌÁV NRPÖÁzms

¾»½LRiV¿RÁVNRPVLiÛÉÁ[ ÉØùLiNRPV FsLi»R½ }qsxmsÉýÜ[ ¬sLi²R¶V»R½VLiµj¶:

(1) 432 gRiLiÈÁÌÁV (2)

433 gRiLiÈÁÌÁV (3)

523 gRiLiÈÁÌÁV (4)

522 gRiLiÈÁÌÁV

92. If a number is decreased by 4 and divided by 6, the resultant is 8. What would be the resultant if 3 is subtracted from the number and then it is divided by 7?

;fn ,d la[;k dks 4 ls ?kVk;k tkrk gS ,oa 6 ls foHkkftr fd;k tkrk gS] rks ifj.kke 8 gksrk gSA ;fn bl la[;k ls 3 ?kVk;k tk, ,oa rRi”pkr bls 7 ls Hkkx fn;k tk, rks ifj.kke D;k gksxk\ INRP xqsLiÅÁù 4¿Á[ »R½gæjiLi¿RÁÊÁ²T¶, 6¿Á[ −s˳ÏÁÑÁLi¿RÁÊÁ²T¶¾»½[, xmnsÖÁ»R½Li 8. xqsLiÅÁù ©«sVLiÀÁ 3 ¼d½zqs®ªs[ R¶VÊÁ²T¶¾»½[, ª«sVLji¸R¶VV @µj¶ 7¿Á[ −s˳ÏÁÑÁLi¿RÁÊÁ²T¶¾»½[?

(1) 18 (2) 9 (3) 7 (4) 218

93. A number when 25 subtracted from it reduces to its 80 percent. What is 40 percent of that number? (1) 40 (2) 50 (3) 45 (4) Data inadequate ,d la[;k esa ls 25 ?kVkus ij ;g viuh la[;k ls ?kVdj viuh la[;k dk 80% gks tkrk gSA bl la[;k dk 40 çfr”kr D;k gS\ (1) 40 (2) 50 (3) 45 (4) vi;kZIr vkadM+s INRP xqsLiÅÁù ©«sVLiÀÁ 25 ¼d½zqs®ªs[}qsò @µj¶ µy¬sNTP 80 aS»R½LiNTP »R½gæjiF¡»R½VLiµj¶. A xqsLiÅÁù 40 aS»R½Li FsLi»R½?

(1) 40 (2) 50 (3) 45 (4) ®²¶[ÉØ xqsLjiF¡µR¶V

94. The simple interest on a certain sum for 213 years at 7% p.a. is Rs. 225 more than the simple interest on the same

sum for 4 years at 5% p.a.. Find the sum? (1) Rs. 8,000 (2) Rs. 7,000 (3) Rs. 5,000 (4) Rs. 4,000

,d fuf”pr jkf”k ij] 213 o’kZ ds fy;s 7% çfro’kZ dh nj ls lk/kkj.k C;kt dh jde mlh jkf”k ij 5% çfro’kZ dh nj ij 4 o’kZ ds lk/kkj.k

C;kt ls #i, 225 T;knk gSa] rks jde fdruh gS\ (1) #i, 8,000 (2) #i, 7,000 (3) #i, 5,000 (4) #i, 4,000

úxms¼d½ G²yµj¶ 7% ¿]xmsöV©«s

213 xqsLiª«s»R½=LSÌÁNRPV N]Li»R½ r~ª«sVVøQ\|ms ryµ³yLRißá ª«s²ïU¶ LRiW.225 @®µ¶[ r~ª«sVVøQ\|ms 4 xqsLiª«s»R½=LSÌÁNRPV úxms¼d½ xqsLiª«s»R½=LRiLi 5%

¿]xmsöV©«s ryµ³yLRißá ª«s²ïU¶ NRPLiÛÉÁ[ FsNRPV䪫s. A r~ª«sVVø r~»yò¬sõ NRP©«sVg]©«sLi²T¶?

(1) LRiW. 8,000 (2) LRiW. 7,000 (3) LRiW. 5,000 (4) LRiW. 4,000

95. Sumeet has 20 grapes more than three times the number of grapes Monu has. If both of them together have 140 grapes, how many grapes does Monu have?

lqfer ds ikl eksuw ds ikl v¡xwj dh la[;k ds frxqus ls 20 v¡xwj T;knk gSaA ;fn nksuksa ds ikl feykdj 140 v¡xwj gSa] rks eksuw ds ikl v¡xwj dh la[;k fdruh gS\ qsV− dsV»`½ ª«sµôR¶ 20 úµyORPQ xmsLi²ýR¶V D©yõLiVV. ®ªsW©«sV ª«sµôR¶ D©«sõ úµyORPQ xmsLi²ýR¶ xqsLiÅÁù NRPLiÛÉÁ[ B−s ª«sVW²R¶VlLiÈýÁV FsNRPV䪫s. − dsLjiµôR¶LjiNTP ª«sµôR¶ NRPÖÁzms 140 úµyORPQ xmsLi²ýR¶V

DLiÛÉÁ[, ®ªsW©«sV ª«sµôR¶ Fs¬sõ úµyORPQ xmsLi²ýR¶V D©yõLiVV?

(1) 40 (2) 30 (3) 35 (4) 45

FAPTSEPX7 [ D-15 ]

96. The average of 8 numbers is 16. The average of 6 of these numbers is 18. What is the average of the remaining 2 numbers? (1) 8 (2) 10 (3) 12 (4) Can not be determined 8 la[;kvks dk vkSlr 16 gSA buesa ls 6 la[;kvks dk vkSlr 18 gSA cph gqbZ 2 la[;kvks dk vkSlr gS\ (1) 8 (2) 10 (3) 12 (4) fu/kkZfjr ugha fd;k tk ldrk 8 xqsLiÅÁùÌÁ xqsgRiÈÁV 16. C xqsLiÅÁùÌÁ ¹¸¶VVNRPä 6 xqsgRiÈÁV 18. »R½NTPä©«s BµôR¶LRiV xqs˳ÏÁVùÌÁ xqsgRiÈÁV FsLi»R½?

(1) 8 (2) 10 (3) 12 (4) ¬sLóSLjiLi¿RÁÊÁ²R¶ÛÍÁ[µR¶V

97. In a class of 110 students, each student got sweets that are 10% of the total number of students. How many sweets were there? (1) 940 (2) 1,140 (3) 1,210 (4) None of these 110 fo|kfFkZ;ksa okyh ,d d{kk esa çR;sd fo|kFkÊ dks dqy fo|kfFkZ;ksa dh la[;k ds 10% ds cjkcj feBkbZ;k¡ feyhA dqy feBkbZ;ksa dh la[;k Fkh\ (1) 940 (2) 1,140 (3) 1,210 (4) buesa ls dksbZ ugha 110 ª«sVLiµj¶ −sµyùLóRiVÌÁV D©«sõ »R½LRigRi¼½ÍÜ[, ®ªsVV»R½òLi −sµyùLóRiVÌÁ xqsLiÅÁùNTP 10% −sVhSLiVVÖÁõ úxms¼d½ INRPä −sµyùLóji F~Liµy²R¶V. @NRPä²R¶ Fs¬sõ −sVhSLiVVÌÁV

D©yõLiVV?

(1) 940 (2) 1,140 (3) 1,210 (4) B−s G−ds NSª«so

98. Puneet buys a machine at a discount of 20% and sells it for Rs. 4,320. Thus he makes a profit of 20%. The discount is: (1) Rs. 720 (2) Rs. 900 (3) Rs. 850 (4) None of these iquhr ,d e”khu 20% dh NwV ij [kjhnrk gS vkSj mls #i, 4320 #i, esa csp nsrk gSA bl çdkj mls 20% dk ykHk gksrk gSA NwV dh jde gS% (1) #i, 720 (2) #i, 900 (3) #i, 850 (4) buesa ls dksbZ ugha xmso¬ds»`½ 20% ²T¶r¢äLiÉÞNTP INRP ®ªsV{tsQ©±s N]©yõ²R¶V ª«sVLji¸R¶VV µy¬sõ LRiW.4,320NTP −súNRPLiVVLi¿y²R¶V. @LiµR¶Vª«sÌýÁ @»R½©«sV 20% ÍØ˳ÏÁLi xqsLiFyµj¶Li¿y²R¶V. ²T¶r¢äLiÉÞ

FsLi»R½?

(1) LRiW. 720 (2) LRiW. 900 (3) LRiW. 850 (4) B−s G−ds NSª«so

99. The sum of three consecutive even numbers is 24 more than the average of these numbers. Which of the following is the third (largest) of these numbers? (1) 12 (2) 10 (3) 14 (4) Can not be determined rhu Øfed le la[;kvks dk ;ksx bu la[;kvks ds vkSlr ls 24 T;knk gSA bu la[;kvks esa rhljh lcls cM+h la[;k dkSu&lh gS\ (1) 12 (2) 10 (3) 14 (4) fu/kkZfjr ugha fd;k tk ldrk ª«sVW²R¶V ª«sLRiVxqs xqsLji xqsLiÅÁùÌÁ ®ªsVV»R½òLi C xqsLiÅÁùÌÁ xqsgRiÈÁV NRPLiÛÉÁ[ 24 FsNRPV䪫s. C xqsLiÅÁùÍýÜ[ C úNTPLiµj¶ Gµj¶ ª«sVW²R¶ª«sµj¶ (@¼½ |msµôR¶µj¶)?

(1) 12 (2) 10 (3) 14 (4) ¬sLóSLjiLi¿RÁÊÁ²R¶ÛÍÁ[µR¶V

100. The average age of Ambar, Pankaj and Naveen is 28 years. If the average age of Ambar and Naveen is 32 years. What is the age of Pankaj in years?

vEcj] iadt ,oa uohu dh vkSlr vk;q 28 o’kZ gSA ;fn vEcj ,oa uohu dh vkSlr vk;q 32 o’kZ gSA rks iadt dh vk;q D;k gS\ @LiÊÁL`i, xmsLiNRPÇÞ ª«sVLji¸R¶VV ©«s− ds©±sÌÁ xqsgRiÈÁV ª«s¸R¶VxqsV= 28 xqsLiª«s»R½=LSÌÁV. @LiÊÁL`i ª«sVLji¸R¶VV ©«s− ds©±sÌÁ xqsgRiÈÁV ª«s¸R¶VxqsV= 32 xqsLiª«s»R½=LSÌÁV @LiVV¾»½[ xqsLiª«s»R½=LSÍýÜ[

xmsLiNRPÇÞ ª«s¸R¶VxqsV= FsLi»R½?

(1) 23 (2) 22 (3) 21 (4) 20

FAPTSEPX7 [ D-16 ]

101. The average temperature of a town in the first four days of a month was 58°C. The average temperature for second, third, fourth and fifth days was 60°C. If temperature on the first and fifth days was in the ratio 7:8, then what was the temperature on the fifth day? (1) 64°C (2) 62°C (3) 56°C (4) None of these

,d dLcs dk vkSlr rkiØe eghus ds igys pkj fnuksa esa 58°C FkkA vkSlr rkiØe nwljs] rhljs] pkSFks ,oa ikapos fnu ds fy;s 60°C FkkA ;fn çFke ,oa ikapos fnu ds rkiØe dk vuqikr 7:8 Fkk] rks ikapos fnu rkiØe D;k Fkk\ (1) 64°C (2) 62°C (3) 56°C (4) buesa ls dksbZ ugha

INRP ®©sÌÁ ®ªsVVµR¶ÉÓÁ ©yÌÁVgRiV L][ÇÁÙÍýÜ[ INRP xmsÈíÁßáLiÍÜ[ xqsgRiÈÁV Duñ¡úgRi»R½ 58°C. lLiLi²R¶V, ª«sVW²R¶Vª«s, ©yÌÁVgRiª«s ª«sVLji¸R¶VV @LiVVµR¶ª«s L][ÇÁÙÍýÜ[ xqsgRiÈÁV Duñ¡úgRi»R½ 60° |qsLi. ®ªsVVµR¶ÉÓÁ ª«sVLji¸R¶VV @LiVVµR¶ª«s L][ÇÁÙÍýÜ[ Duñ¡úgRi»R½ 7:8 ¬sxtsQö¼½òÍÜ[ D©«sõxmsöV²R¶V, @LiVVµR¶ª«s L][ÇÁÙ Duñ¡úgRi»R½ FsLi»R½ DLiÈÁVLiµj¶?

(1) 64° |qsLi (2) 62° |qsLi (3) 56° |qsLi (4) B−s G−ds NSª«so

102. A train passes through a tunnel whose length is 500 meters in 1 minute while running at a speed of 72 km per hour. The length of the train is: (1) 700 metres (2) 750 metres (3) 800 metres (4) 825 metres ,d Vªsu 72 fdeh- çfr ?kaVs dh pky ij pyrs gq, ,d feuV esa 500 ehVj yEch ,d lqjax dks ikj djrh gSA Vªsu dh yEckbZ D;k gS% (1) 700 ehVj (2) 750 ehVj (3) 800 ehVj (4) 825 ehVj 500 − dsVÈÁLýRi F~²R¶ª«so D©«sõ INRP gRiVx¤¦¦¦¬s INRP \lLiÌÁV úxms¼d½ gRiLiÈÁNRPV 72 NTP− dsV ®ªs[gRiLi»][ 1 ¬sª«sVVxtsQLiÍÜ[ µyÈÁV»R½VLiµj¶. \lLiÌÁV F~²R¶ª«so FsLi»R½: (1) 700 −dsVÈÁLýRiV (2) 750 −dsVÈÁLýRiV (3) 800 −dsVÈÁLýRiV (4) 825 −dsVÈÁLýRiV

103. A man can do a work in 20 days and a woman can do it in 30 days. 5 men worked for 2 days and left the work. How many women are needed to finish the work next day?

,d O;fä ,d dk;Z dks 20 fnu esa dj ldrk gS ,oa mlh dk;Z dks ,d efgyk 30 fnu esa dj ldrh gSA 5 O;fä;ksa us 2 fnu dk;Z fd;k ,oa dk;Z NksM+dj pys x,A vkxkeh fnu dk;Z iwjk djus ds fy, fdruh efgykvksa dh vko”;drk gksxh% INRP ª«sùQQNTPò INRP xms¬s¬s 20 L][ÇÁÙÍýÜ[ ª«sVLji¸R¶VV INRP ª«sVz¤¦¦¦ÎÏÁ 30 L][ÇÁÙÍýÜ[ ¿Á[ryòLRiV. 5 ª«sùNRPVòÌÁV 2 L][ÇÁÙÌÁV xms¬s ¿Á[zqs xms¬s ª«sµj¶ÛÍÁ[ryLRiV. »R½LS*»R½ L][ÇÁÙ A xms¬s¬s

xmspLjiò ¿Á[ R¶VÉجsNTP FsLi»R½ª«sVLiµj¶ ª«sVz¤¦¦¦ÎÏÁÌÁV @ª«sxqsLRiLi?

(1) 18 (2) 15 (3) 4 (4) 12

104. The population of a village is 5500. If the number of males increases by 11% and the number of females increases by 20%, then the population becomes 6330. Find the population of females in the village?

,d xk¡o dh tula[;k 5500 gSA ;fn iq:’kksa dh la[;k 11% c<+ tkrh gS ,oa efgykvksa dh la[;k 20% c<+ tkrh gS] rks tula[;k 6330 gks tkrh gSA xk¡o esa efgykvksa dh tula[;k D;k gS% INRP úgSª«sV ÇÁ©yË³Ø 5500. ª«sVgRiªyLji xqsLiÅÁù 11% ª«sVLji¸R¶VV ª«sVz¤¦¦¦ÎÏÁÌÁ xqsLiÅÁù 20% |msLjigji¾»½[, @xmsöV²R¶V ÇÁ©yË³Ø 6330gS ª«sWLRiV»R½VLiµj¶. úgSª«sVLiÍÜ[

ª«sVz¤¦¦¦ÎÏÁÌÁ ÇÁ©yË³Ø NRP©«sVg]©«sLi²T¶?

(1) 2500 (2) 3000 (3) 2000 (4) 3500

105. If simple interest on a certain sum of money for 4 years at 5% p.a is same as the simple interest on Rs. 560 for 10 years at the rate of 4% p.a., then the sum of money is: (1) Rs. 1190 (2) Rs. 1120 (3) Rs. 1210 (4) Rs. 1010. ;fn fdlh jkf”k ij 5% okf’kZd nj ls 4 o’kZ dk lk/kkj.k C;kt mruk gh gS ftruk fd 560 #i, ij 4% okf’kZd nj ls 10 o’kZ dk lk/kkj.k C;kt gS] rks fuos”k dh jkf”k gS% (1) #i, 1190 (2) #i, 1120 (3) #i, 1210 (4) #i, 1010 N]Li»R½ ®ªsVV»R½òLi r~ª«sVVøQ\|ms 4 xqsLiª«s»R½=LSÌÁNRPV ryµ³yLRißá ª«s²ïT¶ úxms¼d½ xqsLiª«s»R½=LRiLi 5% ¿]xmsöV©«s @LiVV¾»½[ 10 xqsLiª«s»R½=LSÌÁNRPV LRiW.560\|ms úxms¼d½ xqsLiª«s»R½=LRiLi 4%

¿]xmsöV©«s @Li¾»½[ ryµ³yLRißá ª«s²ïU¶ @LiVV©«sxmsöV²R¶V, r~ª«sVVø ®ªsVV»R½òLi FsLi»R½: (1) LRiW. 1190 (2) LRiW. 1120 (3) LRiW. 1210 (4) LRiW. 1010

FAPTSEPX7 [ D-17 ]

106. The volume of a cuboid is 3840 cm3. If the length and breadth of the cuboid are 20 cm and 16 cm respectively. Find the height of the cuboid: (1) 10 cm (2) 12 cm (3) 8 cm (4) None of these ,d ?kukHk dk vk;ru 3840 lseh-3 gSA ;fn ?kukHk dh yEckbZ ,oa pkSM+kbZ Øe”k% 20 lseh- ,oa 16 lseh- gS rks ?kukHk dh Å¡pkbZ Kkr djsa% (1) 10 lseh- (2) 12 lseh- (3) 8 lseh- (4) buesa ls dksbZ ugha INRP xmnsV©«sª«sVV xmnsV©«s xmsLjiª«sWßáLi 3840 cm3 . xmnsV©«sª«sVV F~²R¶ª«so,

®ªs²R¶ÌÁVö ª«sLRiVxqsgS 20 |qsLi− dsV ª«sVLji¸R¶VV 16 |qsLi− dsV. xmnsV©«sª«sVV Fs»R½Vò gRiVLjiòLi¿RÁLi²T¶: . (1) 10 |qsLi−dsV (2) 12 |qsLi−dsV (3) 8 |qsLi−dsV (4) B−s G−ds NSª«so

107. A motorcycle is twice as fast as a car and car is thrice as fast as scooter. The journey covered by scooter in 54 minutes will be covered by a motorcycle in__: (1) 8 minutes (2) 12 minutes (3) 9 minutes (4) None of these ,d eksVjlkbZfdy dkj ls nqxquh rst gS ,oa dkj LdwVj ls frxquh rst gSA LdwVj }kjk 54 feuV esa r; dh xbZ nwjh eksVjlkbZfdy ls fdrus le; esa r; dh tk;sxh% (1) 8 feuV (2) 12 feuV (3) 9 feuV (4) buesa ls dksbZ ugha INRP ®ªsWÉØLRiV\|qsNTPÍÞ NSLRiV ®ªs[gS¬sNTP lLiLi²T¶Li»R½ÌÁ ®ªs[gS¬sõ ª«sVLji¸R¶VV NSLRiV xqsWäÈÁLRiV ®ªs[gS¬sNTP ª«sVW²T¶Li»R½ÌÁ ®ªs[gS¬sõ NRPÖÁgji D©yõLiVV. 54 ¬sª«sVVuyÍýÜ[ xqsWäÈÁLRiV

úxms¸R¶WßÓáLiÀÁ©«s úxms¸R¶Wßجsõ ®ªsWÉØLRiV \|qsNTPÍÞ Fs¬sõ ¬sª«sVVuyÍýÜ[ úxms¸R¶WßÓáLi¿RÁgRiÌÁµR¶V: (1) 8 ¬sª«sVVuyÌÁV (2) 12 ¬sª«sVVuyÌÁV (3) 9 ¬sª«sVVuyÌÁV (4) B−s G−ds NSª«so

108. The salary of a worker is first increased by 10% and then it is decreased by 10%, what is the change in his salary: (1) 1% decrease (2) 1% increase (3) 2% decrease (4) 2% increase ,d deZpkjh ds osru esa igys 10% dh o`f) dh tkrh gS ,oa mlds ckn 10% de dj fn;k tkrk gS] rks mlds osru esa D;k ifjorZu gksxk\ (1) 1 çfr”kr dh deh (2) 1 çfr”kr dh o`f) (3) 2 çfr”kr dh deh (4) 2 çfr”kr dh o`f) INRP xms¬sªy²T¶ ÒÁ»R½Li ®ªsVVµR¶ÈÁ 10% |msLjigjiLiµj¶ ª«sVLji¸R¶VV »R½LS*»R½ 10% |msLjigjiLiµj¶. @»R½¬s ÒÁ»R½LiÍÜ[ ª«sWLRiVö FsLi»R½?

(1) 1% »R½gæRiVµR¶ÌÁ (2) 1% |msLRiVgRiVµR¶ÌÁ

(3) 2% »R½gæRiVµR¶ÌÁ (4) 2% |msLRiVgRiVµR¶ÌÁ

109. ?16–2032–70 =+

(1) 6 (2) 7 (3) 8 (4) None of these

?16–2032–70 =+

(1) 6 (2) 7 (3) 8 (4) buesa ls dksbZ ugha

?16–2032–70 =+

(1) 6 (2) 7 (3) 8 (4) B−s G−ds NSª«so

110. If 2071.0828.41

= then ?0004828.0

1=

;fn 2071.0828.41

= rks ?0004828.0

1=

2071.0828.41

= @LiVV¾»½[ ?0004828.0

1=

(1) 2071 (2) 2.071 (3) 20.71 (4) 207.1

FAPTSEPX7 [ D-18 ]

111. A bike runs at the speed of 50 km/hr when not serviced and runs at 60 km/hr when serviced. After servicing the bike covers a certain distance in 6 hours. How much time will the bike take to cover the same distance when not serviced? (1) 8.2 hours (2) 6.5 hours (3) 7.2 hours (4) None of these ,d eksVj lkbZfdy dh lfoZl ugha djkbZ tkrh gS rc 50 fdeh-@?kaVk dh pky ls pyrh gSA tc lfoZl djkbZ tkrh gS rc mldh pky 60 fdeh-@?kaVk ls pyrh gSA lfoZl ds ckn eksVj lkbZfdy ,d fuf”pr nwjh dks 6 ?kaVs esa iwjk dj ysrh gSA ;fn eksVj lkbZfdy dh lfoZl ugha djkbZ xbZ gS rks mlh nwjh dks r; djus esa fdruh le; yxsxk\ (1) 8.2 ?kaVs (2) 6.5 ?kaVs (3) 7.2 ?kaVs (4) buesa ls dksbZ ugha xqsLki*£qs ¿Á[ R¶VLi¿RÁ©«sxmsöV²R¶V INRP \ÛËÁN`P gRiLiÈÁNRPV 50 NTP− dsV ®ªs[gRiLi»][ ª«sVLji¸R¶VV xqsLki*£qs ¿Á[zqs©«sxmsöV²R¶V gRiLiÈÁNRPV 60 NTP− dsV ®ªs[gRiLi»][ úxms¸R¶WßÓáxqsVòLiµj¶. xqsLki*zqsLig`i »R½LS*»R½

\ÛËÁNP N]Li»R½ µR¶WLS¬sõ 6 gRiLiÈÁÍýÜ[ úxms¸R¶WßÓáxqsVòLiµj¶. xqsLki*£qs ¿Á[ R¶V©«sxmsöV²R¶V @®µ¶[ µR¶WLS¬sõ \ÛËÁN`P FsLi»R½ xqsª«sV¸R¶VLiÍÜ[ úxms¸R¶WßÓáxqsVòLiµj¶?

(1) 8.2 gRiLiÈÁÌÁV (2) 6.5 gRiLiÈÁÌÁV (3) 7.2 gRiLiÈÁÌÁV (4) B−s G−ds NSª«so

112. At what rate of annual simple interest, a sum will amount to five times in 16 years?

lk/kkj.k C;kt dh og dkSu&lh okf’kZd nj gS ftl ij ,d jde 16 o’kks± esa viuh ik¡p xquh gks tk,xh\ ªyL<jiNRP ryµ³yLRißá ª«s²ïU¶ G lLi[ÈÁV ¿]xmsöV©«s, 16 xqsLiª«s»R½=LSÍýÜ[ INRP r~ª«sVVø ®ªsVV»R½òLi @LiVVµR¶V lLiÈýÁV @ª«so»R½VLiµj¶?

(1) 15% (2) 20% (3) 25% (4) 22.5%

113. One-half of a certain number is equal to 65% of the 2nd number. Find the ratio of 1st to 2nd number:

,d fuf”pr la[;k dk vk/kk nwljh la[;k ds 65% ds cjkcj gSA igyh la[;k dk nwljh la[;k ls vuqikr gS% INRP xqsLiÅÁù INRP xqsgRiLi 2ª«s xqsLiÅÁù ¹¸¶VVNRPä 65 % NTP xqsª«sW©«sLi. 1 ©«sVLiÀÁ 2ª«s xqsLiÅÁùNTP ¬sxtsQö¼½ò¬s gRiVLjiòLi¿RÁLi²T¶:

(1) 10:13 (2) 13:10 (3) 13:8 (4) 8:13

114. Rice is now being sold at ` 30 per kg. During last month its cost was ` 24. Find by how much percent a family reduces its consumption so as to keep the expenditure fixed: (1) 20% (2) 21% (3) 18% (4) None of these orZeku esa pkoy ` 30/- çfr fdyksxzke cspk tk jgk gSA fiNys eghus bldh ykxr ` 24/- FkhA ifjokj fdruk çfr”kr bldk miHkksx de djs fd mldk O;; mruk gh jgs% (1) 20% (2) 21% (3) 18% (4) buesa ls dksbZ ugha ÕÁ¸R¶VùLi BxmsöV²R¶V úxms¼d½ NTPÍÜ[ LRiW. 30 ¿]xmsöV©«s −súNRPLiVVLi¿RÁÊÁ²R¶V»][Liµj¶. gRi»R½ ®©sÌÁ µy¬s ÅÁLkiµR¶V LRiW. 24. ª«sù¸R¶W¬sõ zqósLRiLigS DLi¿RÁÉجsNTP INRP NRPVÈÁVLiÊÁL

FsLi»R½ aS»R½Li »R½©«s −s¬s¹¸¶WgS¬sõ »R½gæjixqsVòLiµ][ NRP©«sVg]©«sLi²T¶.

(1) 20% (2) 21% (3) 18 % (4) B−s G−ds NSª«so

115. ` 33,630 is divided amongst Ravi, Ashok and Prakash such that the amount of Ravi : amount of Ashok = 3:7 and the amount of Ashok : amount of Prakash = 6:5. The money received by Ashok is: (1) ` 14,868 (2) ` 18,362 (3) ` 12,682 (4) ` 16,382 jfo] v”kksd vkSj çdk”k ds chp ` 33,630 dks bl çdkj ck¡Vs fd jfo dh /kujkf”k % v”kksd dh /kujkf”k = 3:7 vkSj v”kksd dh /kujkf”k % çdk”k dh /kujkf”k = 6:5 v”kksd }kjk çkIr fd, x, ` gSa%

(1) ` 14,868 (2) ` 18,362 (3) ` 12,682 (4) ` 16,382 LRi−s, @a][N`P ª«sVLji¸R¶VV úxmsNS£tsQÌÁ ª«sVµ³R¶ù LRiW.33,630 ¬s LRi− ®ªsVV»R½òLi: @a][N`P ®ªsVV»R½òLi = 3:7 ª«sVLji¸R¶VV @a][NP ®ªsVV»R½òLi: úxmsNS£tsQ ®ªsVV»R½òLi = 6:5. @a][NP

@LiµR¶VNRPV©«sõ r~ª«sVVø FsLi»R½: (1) LRiW. 14,868 (2) LRiW. 18,362 (3) LRiW. 12,682 (4) LRiW. 16,382

FAPTSEPX7 [ D-19 ]

116. Three natural numbers are in the ratio 2:3:4. If the sum of squares of these numbers is 261 then determine the numbers.

rhu çkÑfrd vadksa dk vuqikr 2:3:4 gSA ;fn bu la[;kvksa ds oxks± dk ;ksx 261 gSA rks la[;kvksa dks crkb,% ª«sVW²R¶V xqsx¤¦¦¦ÇÁ xqsLiÅÁùÌÁV 2:3:4 ¬sxtsQö¼½òÍÜ[ D©yõLiVV. C xqsLiÅÁùÌÁ ª«sLæRiLi ®ªsVV»R½òLi 261 @LiVV¾»½[ @xmsöV²R¶V xqsLiÅÁùÖÁõ ¬sLóSLjiLi¿RÁLi²T¶.

(1) 2, 3, 4 (2) 6, 9, 12 (3) 4, 6, 8 (4) 8, 12, 16

117. The diameter of the wheel of a car is 77 cm. How many revolutions will it make to travel 121 km?

,d dkj ds ifg;s dk O;kl 77 lseh- gSA 121 fdeh- dh ;k=k r; djus esa og fdrus pDdj yxk,xk\ INRP NSLRiV ¿RÁúNRPLi ªyùxqsLi 77 |qsLi− dsV. 121 NTP− dsV úxms¸R¶WßÓáLi¿RÁÉجsNTP @µj¶ Fs¬sõ ú˳ÏÁª«sVßØÌÁV ¼d½xqsVNRPVLiÈÁVLiµj¶?

(1) 24200 (2) 30000 (3) 50000 (4) 42500

118. A farmer borrowed ` 2400 at 12% interest per annum. At the end of 212 years, he cleared his account by paying `

1200 and a cow. What is the cost of the cow? (1) ` 3120 (2) ` 2350 (3) ` 1920 (4) ` 2120

,d fdlku us 2400 #i, 12 çfr”kr dh nj ls m/kkj fy;kA 212 o’kZ ds vUr esa 1200 #i, ,oa ,d xk; nsdj mlus viuk fglkc pqdrk

fd;kA xk; dh dher D;k Fkh\ (1) ` 3120 (2) ` 2350 (3) ` 1920 (4) ` 2120

G²yµj¶NTP 12% ª«s²ïU¶ ¿]xmsöV©«s INRP \lLi»R½V LRiW. 2400 @xmsöV ¼d½xqsVNRPV©yõ²R¶V.

212 xqsLiª«s»R½=LSÌÁ ÀÁª«sLRi, @»R½©«sV LRiW.1200 ª«sVLji¸R¶VV INRP Aª«so¬s ¿ÁÖýÁLiÀÁ©«s

»R½©«s ÆØ»y ª«sVVgjiLi¿y²R¶V. Aª«so ÅÁLkiµR¶V FsLi»R½?

(1) LRiW. 3120 (2) LRiW. 2350 (3) LRiW. 1920 (4) LRiW. 2120

119. What is the distance travelled by Swati, if she takes three rounds of a circular park with radius 14 m. (1) 88 m (2) 250 m (3) 314 m (4) 264 m Lokrh us fdruh nwjh r; dh ;fn 14 ehVj f=T;k okys ,d o`Ùkh; ikdZ ds og rhu pDdj yxkrh gS% (1) 88 ehVj (2) 250 ehVj (3) 314 ehVj (4) 264 ehVj 14 − dsV ªyùryLóRiLi»][ ª«sÌÁ¸R¶WNSLRiLiÍÜ[ D©«sõ FyLRiVä ¿RÁVÈíÁW ry*¼½ ª«sVW²R¶VryLýRiV ¼½Ljigji¾»½[ , A®ªsV úxms¸R¶WßÓáLiÀÁ©«s µR¶WLRiLi FsLi»R½.

(1) 88 −dsV (2) 250 −dsV (3) 314 −dsV (4) 264 −dsV

120. 4

2403 is written in decimal form as:

42403 dks n”keyo Lo:i esa fdl rjg fy[kk tk;sxk%

42403

¬s µR¶aSLiaRP LRiWxmsLiÍÜ[ G −sµ³R¶LigS LSryòLRiV:

(1) 612.25 (2) 600.75 (3) 800.25 (4) 650.75

FAPTSEPX7 [ D-20 ]