psc assistant engineer - electrical - harbour engineering ... · 11. if the nunber oft{rhs ofan...

Date of Test : 17.02.2016

Medium of Questions: English

Question Paper Code: 030/2016

Exam Name: Assistant Engineer - Electrical - Harbour Engineering

PSC Assistant Engineer - Electrical - Harbour Engineering Examination

Previous Year Question Paper

030/2016

Mannun: 100 m,rk.Tiod i I hor and 15 hi.ut g

1, Tlree .esist!n@. e.cl hsving a valu€ of d Onm are connel€d to fod . v st ucie. If ail pha* bdlaned supp\ *ilh . line eltagc ofl mlts is lpplied. ihen thd pdwer dra*! pe.phiNe trom rhe lupply i6

\A,) A"t\d (B) 3A'1d(A Atto () None orthe ah.v;

2, A 230v-, 5oEa l, .uplly is @o4ted io thc .enes @mbination or, pure Esi6t:ile of 50O !trd varidhl€ epacitor oI 25l!' and a ptd va;,bl.

'nductor of l.inlt By pbp€dy

adju.tins tne donporent vdu66, it ie ntde tlar the cud.nt thrcug! tho circuit is n6aimun.Wbat is the pw€! lactor of ilc circuit nos?

(A) 0.366 (B) 0.i(c) %o (D) I

3. ln 3t F{d nca6uren€ni !si.s 2 wllln€t€r nelhod, toth the wtttioiers aE t!di!8po.iiiv€ and equal. This is lecau4 :

(A) Th€ load ie pwlr re.iotrve (B) The lotd po*er flctor i. 0.5

(C) The pha& 6e{uene isRBY (D) Tl.l@d tu put€ly ctpacihvo

,r, A dc sllE of DMF E Volt€ snd itrt€ruI R..istan@, R ObE6 i! conn*ted td a va;dl€ l€dald it io adjusted rucn drat the load absimct6 EanBun lower fton ib€ su@. Ilt€ creDtdEwn trcm the 8ou@ id l

lA') 4A/E G) 2D'z t&(c) ElR (D) E/24

6. Th. mininu nuEber oINAND sat€s reqdred io inplem€ni. NOR gat i.;(A) 1 (B) 2

(c) 3 (D) noneotthe'bov.

6. If,4 a B arc b@led vdiable., $e b@rean elpresior a + na is :

(A) o GIB(c) 1 (D) ,4

?. Whi.h one aoors AluminM, Conststanta. Mercurv, Ca or hwe bish€.t E.istivitv :

(A) Ahdinue (B) cotutlotdt€'(c) Mercury (D) Carbon

8. Por s tso t hiEal devi@, re6isia.ce decremes qh€; th€ tenperaiuE infta.os, the

(A) Dad6lpolanet l (B) a.eni6ndmio.(c) ! aiebdnc (D) non€ ofthe abos

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,. $'rricn on€ amns $e foudinc has 2 fu\ 3.abl€ 6lates?

(A) &trble ndtivibruto. (B) $cep goeratd(C) FlitfloF (D) None ofthe tbft

r0, In a nydft etat i. s€n€ra.ior 6y.ien, pFeure variatioft du€ to npid chad3@ in vdeitv ofwarer is nihaar.d u.ing :

(A) Tailrace Dip€ (B) Peruiocl<

(c) surye lank {D) Nore ofthe above

u. In , dnplex fttrurk @ntaini.s tciive rcliase soures with zerc int lMl ftsistanes snilried bn,brsl el€hent! tne opet circuit voltage .6ss 2 teroillL i! 26V a.l itB Eilla.dof the &r*dk ri€*.d frcb tle open circuiled tmilet b 6 25o- lf m eqivaleni circui.mdpris'ng of cdly t ctrrutrt eure oDd iDted!.e i3 nade, tne .l@rt &!re ntitg i3 :

(A) 25A (B) 6.25A

(o 12.6r{ (D) 4A

12. A i!ree phase balan@d d.lia coDected load of 5+i6ohn in €tch ph@ is conrect€d to tIne voltace of ,lOoV i. dra{ing a cu..ent fsd tbe supply lr arcther delta @m{t d load oroan€ @tur 6nd m.sniild€ i! conneci€d in parslel, tle line cl:reni dlawn lbd ile supplv

(A) Itoubl€ (B) Fou r@3(c) I*s thsn har (D) oneidorih

r3. In ab synchMout ced€ntoa *ldtire €UEilatioD of add ndDdic. cu be done bv :

(A) Dbtriburio. or vidins G) srdn6|ri€.1 tinding(C) Shol| @dins ofwindine (D) Ndne ofthese

1a, Tne rurfe int69x.l of the norBdl conponori of El4iric Fi€ld ldi6n.ily ovd s closeil su.fa.e

seualb-- ilEe.!!eloral'b,4e,n.'d€E11$'sdrsrsFD€nrof :

(A) Ga!..rTh@rD (B) Stoke 3Tbsrcn(C) MrFeU's thorcD (D) PoisD'r lh@en

16. Snmth cylin&ic.l trTe ror.E wittr less di.neter dd larc€ ui.l lengtt dE @d forItncb.ou. generat@ driv€n by:

(A) wat4rturbines (B) Radral iubin..(c) st€ah turbines (D) Nore ofih€ lbove

16. If tL€ nub.! of polee in a sydroloqe nlchin€ i: 6, a slot arsle of 1Cr' declsni.al wlen€rp$sd i! elaii@l d€{red is :

(A) 60 (B) 20

(c) 30 (D) r5

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11. If the nunber oft{rhs ofan induciive coil b doublod and ere length id quadruplo{I, otherparameters being th6 8dn€, the inductsnca of th€ coil becsno:

(A) doubled (B) halved

(q q&drupled (D) un hans€d

r3. ll,hich one .ions the followins i6 TRU! ros.rdins the *lectior of *odtins lu density intransromo de.tn?

(A) FisL [u dsnsily i! th€ @re 4.ul& iolo th€ educiion in Co.o lGr(B) Hisn nux d.n6i!y in th€ @ro resulrs int an iocddde i. Coppe! lGs

((, Eigh tru dendity in the @re r€6ulk inro hisn 6il day efEciency

(D) llisn 0u deEity in tha @!c rcs'l]b iato 6aving id @r of ircn

19. lf lhe ratio of .wns! cbarye voli.g€ lo !ver4. di.char€p volrase i. , lead ,.iil all i3 !|/3,

the latio of ii€ Watt Hour €oici€ncy to Anp€E hour cllici€n t i3 :

{A) o.?5 (B) 4/3

{O l6a O) Non. orth€ above

!0. A $tu plu* irduction Eotor rus r! 296 .li! $d it! rcto. lrequoncy i. lEz Stltor&eqencr ir ltdrz b :

(A) 50 (B) 50

(c) 40 (D) 20

21. To hare d .bmtL quit@ rlminc of an indmlion moto. by Edu.ins hudning anil to pEEnroeging, the dlniq@ ucd b caled:

(A) D.dping (B) Con@attllils(() $.ewi.s (D) No.€ or rhe ,bove

22. If fte Ild per goL of . shunt*otnd DC c€.€ra!o! is balved anil ile rudber oa poles i3ilouble{ the sedd.ted €.n.t rt onstsni sp€ed :

(A) rcdrins th€.abe (B) doubled

(c) idbarred (D) nonc of the 'bo!€

,3. ln ac senor.tors, ih€ *inding used in a iachine d€lirein: lw volt ce, high crlnnt

(A) ptusr€$ire sidDlet sare widins (B) btwindins(O any itT€ of wqw windins (D)..vofihealove

21. which mors th€ IoUoNi.g can dupport . gynchrc.oud notor ir Stadins :

(A) Dsbp€r*indi4 (B) lequercv divide!

(C) Inte$ole (D) All the abovc

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25. Two 'e.clion

lieory j6 used in ihc anu)ysis.lSynchrunous nachine 10 lalc illo.ccounl lhc:(A) Diltbion& in ihe numbet or poles ln stai.r 'Dd rct f !r n Cvbrdlnral lrle

1g) Non uilorDiry Dfair eap L,ciweer slalor and rolor ofa salent pole mr0hi.e(C) Non loiro.nity ol aLr sap bclw.cn stuior lnd rotor of a c$ndri.al pole muchine

(D) DirT€Ene inrhe numherolp.l.* in shror and rotorofz szlientpole nachirc

26. ln a tronstouer deli!€ri's r rariable load, Z€rc lolta*€ rccul,lion un du !l :

(,1) 0.,15l,ssing p;ser fac.tor load (B) u ty poft.,actor lo,d((r) 0 s l,sginc po*€r iacbr nBd (D) 0.? leadinspNer lactor lodd

2?. h an ultcrnating vothse supplt of Fas!$i voliugc reodi4 a lidnsi&bor. tbc pcsence ofh'sl,"r. ldrr

'imon G rr rLdu d rn'i, rnr 'l'"ns'" if

(A) C.pper lossec (ll) Rlsuratm(C) Core lo$es (D).iJofthesbove

23. The Maxioun pcEoniase elfLci.ncy ol0 IKVA lranslo.m.f wLft iron losses equ.l to lzt W

29. whrh dtuDB th" tullu$rs l"gr. fmrlca urc fa6kt in opcrdbon"

(A) ECL(c) cMos

0) 72

('IJ) TTL

O) DTL

30. D€ Moa;qn e ra* says :

(,{) NoRcare t NoTedAM) Odtc (a) NAND cata iB NoT€d oh Oat€(c) Doih (A) and (rt) above (D) None ordre sbove

31. $ hicl, df the fallowing is/are tne fertures of un Aeynch{.ous counter?

(A) 'tlr gan. .lo.l. pd*s N rpplicd to ull lhe colstituent Flip flops a1 s time(B) OuFuts of the flip 0op are cohnd.t d to thd inputs ol ihe y€.y next 0ip llop(C) Prepdsaiior delay lidils l.be spced ofope.,rion(D) r*one or rhe 3bore

32. W1$ch onc ol i[e fo[{ vinE ; ful} CORREC'I re garding a035 m'cmprcsor?( ) h des not supp.rl landshahrg in l/O ope.,tions(R) lrh3sonly6flacs((r) It euppo.ls queua

(D) h h$ hardwarc and soliwdrc intoNptg

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t3. Which ddons ibc follosins is TnUE tbout a! 8086 m'cmp@3$r?( ) Its lddFs 6nd d!1e bts.re Eurdcbx€d(B) li€ seunul,b! sia i! 32 bi!(C) Ii .uppor6 tb. qu€u€r'pip.lining &r1@(D) li dcs not htrc Mstd 6d Slav€ Modc oparati@

8a, the exes-3 @de @rrespoddinst d4in.l tumber 156 b:(A) roooloooloro (B) 010ol0lr0oll(C) Oro0loo0lool (D) NoE of tle sboe

(B) 3(D) 5

86, Whicn rnolg !h6 6ltNi.s i/are TRUE Egaldins the OP AMP circuit?(A) volrlso foUdcr esplov€€s pdilift fs.db&l(B) IDtecr.br anPli6.. noie(O In Dif.rertiltor, sait is itceo&d sith e incBs4 i. AeqeDc'

@) Ad{ter tls.ys htv€ an .tt€nuarion

37. Wno! @dpanng AdiE dd l"siE filtcB whi.h of tho follo*ins 6t!ten'nt' are Werd(A) A.tire flr.6 requirc !d3r sue(6)(B) Actw lilieF harc his! itput inpcdat@(O Acrito 6li€E htv6 loq outpur iEpedtne(D) Al| lb. ab.ve .r cmct

ts. Fd uiDolat opfation tn I bit Digihl to Analoc Con@ner hat I l@lution or :

(B) 266(D) civer dat! iEulEci.nt

t9. In r ciruit @nt iniDg ! ihnsilto! hoth of i6 julcti@ aF fodald bi$€d lt opent"

t5. A Mod-31 .ytcbFlond Counre! ideallv ha3

(c) 4

(A) 123(c) 6.i

,0. Nunbar of valaoe €l4tron. in Gedaniun i. :

(c) 6

(D) Pin.hofi

(B) 6(D) 4

al, The Swiichc.l Mode Pw6r Supplio. h.E hiah€r €nersv o6ciencv @E Aeit !o Li@t' Po*tr

(A) it ue. i$latid ktGroder.(B) it Id dovtFs wirb ldrs! .p@ cha.ee ctptcii!@(C) it dcs nor torL in &liE Eeion(D i !a3 h*h c{it hitafteqEncy

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,12, Gqin ofnn nDplifie. can bc 6hbili&d b,( ) hn!)oyiDsPo6itire f*db&k (B) Enployi,e Nesarive f..dbadh(C) l,r.perdd bias (D) ftoper dc isolarion

'13. If orny 5 bjho aE ued for addFssihg rhe m€nory of a conprter systeh, rhc nenory

G! 64 (ts) rza(c) t]2 (D) 256

4!r. Tho rin0le t ctor dd ef6cien r ol r h.U sarc reciif.r are EspediEty j(]\) L2l ed8r 2% G) r zr and4o.6%(C) 0.{82ed 3r.29 (D) 0.432 dd,().6%

45, For aahlrl l.aDsmission witb serics ibpcdsnce Z, all rhe capacit€n e6 b€ins n€slilibly snaD,the ASCD comla.ts of the line re :

<A) A=t,B- Z,C =O,D=r {BJ A_Z,B_1C=r,D=Olc) A =l,B-0,c - z,D =r lD) A=z,B=r,c=o,D-|tz

4G. Th. lord llow aralysG slcoitbm havins rhe teacl Fte of@nre4€nce is:(A) Nwt n Rdphe. Medoa (B) Fast Deoupted L.ad.Ftd Morhod(L) Caus Seidel Method (D) No.e of rhe sbo,e

47, The OpDcrron b rhe 0or ol orFnt rn q ududor .sn incrcase rn itrarn.t,ng .ruib€Dpared b dc circuit6 due to:

(A) PExinity efed (B) Skin efisr(c) Fcn nti efiecl @) (A) and (B) alove

44. What is neanr by a llat line or tnEnit€ linc?( ) Line op€r.initedG) r,i.e with su.ee inpsds.ce equrl. ihc chalact dsticjDpedance(C) Li.e rernilat€d rfth chare9reric jmpo&.e(D) Lin. ti'reugh rbich potr€. ..!trMifted is hish

49. Wtich * dn6ng rhc folloEiDg is r n€lhod 6r equ,lit.g rhe poEnnal ac,@ che v.riouuits ofn sr.tng iMul.ror?

( ) U3sg6 olAnaller ctus ,rE (B) Usas€ ofst p sEdins((j) Dynabi 6heilding O) All.drhe ahore

50. Under gruund cables are less p.€ferabl€ jn high voltsce r!$sbr$io. because of :

(A) p@r ihsulation (B) hich ch,.sirs cuEanr(C) s.fery (D) none of ,he aboeo

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5L Tnc moials no.bdly Ed in a ERC f$e arc :

( ) Tin and lead (B) Tin d.d Silrer(C) Aluninium and lead (D) Alubininn !d C@per

52. Th€ transi€nt st,bility of a powsi systen .an bc ioprov.d by :

(A) Usilc mlor or rorcr Monent of Ineltrd ror sEnerator(B) Ueing p'del rine(q Usns low rvsteE wltage(D) No@ of.[e above

69. Fo €cononic l@il dispatcl :

(a) Iuenental €lficiency of each bachire should 6e sade

(B) lNenert3l prciluchon dt ol sach Eaclile shodd b€ sde(c) Indenental tuel @6t of each nehine 6hould be 6ans

@) None ofth€ ab@.

64, In a pow€! syttdd, lhe mst of C€ne.dbd el4dctl €negxv win he ro' iI:(A) boil' ldd Lc{Dr and diverdity factd aro low

G) Loih led 6ctor and di@6ity factd .!e high(C) t ad factor high. DireBiit flctor ld(D) t .d &ctor low, DiveEity factot lisl

55. Ar over exiled syrchsnous mehine I|!s a logsing pose.factor' Tbe nachine is :

(A) Moioring (B) cen€Eting(C) Floati.g (D) Can be C€neraiins or motoiog

56. Wlich sEons the f. owirg is/a.e CQ&EEEI about a. RC phe shift oenlator?

(A) The RC @t{.rk providos a ptra& shilt of 18(}

(B) IIB*e.Eof positive t€edback

(C) Lop sain of the o*ill,br n dlmot on€

(D) Altile alre57. ln cla* B oDeatio! ofpowe. dtli64, th.ouetot cft ndsfor:

(A) t s ihd a qualter ola ctcle (B) Th?vhole.tcle(C) Elurhe sycle (D) ris than !.lI a c}cle

58. For the chanc!6!'sri. .qutun 25' ' St +asr -tt + l0 =0, t;" trmb'r of Eotl i! th€ hn

(A) 2 (B)1(c) I (D) 4

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lo! + l)59. Tbe udi.y Es.tiE Gcdblct

(C) I=l d d=2

Miltrtas .t &r.Vr orJy

_./^. 3u\s/-G;E.od

(c) 0.26

(B) I-2 ard a=r(D) o-2

n(s)=Fh ror t

01. Tt !s!io of iotll Dwor in tho Anpl'turl6*Lenth€ EduLtio! i td ir'n

(D) 1094

modulat€d wave to the uloddit€d ceid gord

th€ curc $su3h ib. ele6.or

G) lr.dhg

(B) rw(D) 0w

(B) I to 5 MEz(D) l0t loLE

(D

(D)

6l. rt. hlilse.@.. r l@d eledetrt is 402-16 and2.52 - 30. The cinit Ddarfrcto. i! :

(O Unity

(c) 100 w

6S. r00 DuDhd! of ro liDe.r bilater.l reliltsn@. ar onnet€d in p.n[.] ard tlF @Dbimito!i! f6d by a roA @.t!rl cq@ft ouM, Tb. pow il€liEF.l Ly th. l('tre i! :

6a. Rlerio3 r. . Do*6! plslt, th€ tam loi Bcre Eftr to :

(A) R.*re 3enenting capscitr nbt itr sdi6, bur in ope6rio!(B) naeFs s.!.!.tiry eprciiy rct

', enic.. but avribbL

(C) R.&ro t n.ratins ep.cits in .wic€, hi mi ln oDelarion(D) ltl i!€ abd!

66. Porer lupDly u*d tu die&c.lic h€rtins wiU no@rlly h.re a fteq@ncy i! tb. rDsl :

G) rot 50 MHt

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66. A! per (elvi!. L!w, the boai.ononical sitf, ot dnductar is th.t fo. thich :

(A) The vdiabl€ Dart of th€ annual cha.ces is €qual io the @st ol qnnual €relF'

G) Tno con.tant part of the annual charg* E equdl to ile cost oI eners' lo$e6 p€r

(C) The !.n,bb pdi ol the ene.s cha.ses is equd to ilF @st ol snnudl eneryv lo@e

(D) Thc onstut part of th€ energy cha.Sca is equil to Oe @st of arnual €n€4v

6?. Outpui voltoge ot a dinple id.sl buck type dc_dD convei€r sorLina in continuous currentEoda sit! .n inpui voltage of I2V dd tum ON tiD€ 6n3 and .wit ling teq@lcv sollz ir :

(A) 6V (B) -3v(c) 3v (D) -3v

68. A power ele.trcDi. cimit whi.h can crve . 2 5V, 30Ez ouiput stE &!m I 3uppb of 5v'60Hr .upply ia I

(A) volt!:e SoMe conrelt€r (B) cvclo@nv€rrer

(c) Flybaclt conet.r (D) None ofthe abo'€

60, h a posa. eloctrcnrc c]Nr( , fFe whecbns diod. 6 u*d &rosr s dc losd 6 :

(A) Rldue ourput volt{. ripple

(B) PEwlt EreEsl of load rclt ge

(C) Cdnt|ol outpnt cuaent rippLe

@) All ofth€ above

?0. T.n, rov batt6.i4 each havilg u inl€rtal E!i6&e€ of 3() aF @q!*ted ir *ncs sucn tl.rone i. riding l,he othe6. lt Nodots equivalent ciEDit 183 :

(A) A cuodt 6ou@ .f 0 5.{ lnd pdall€l resi.td@ of 3 {)(B) A curen! 6ou@ of 64 dnd larallel Psistance ol iro aI

(C) A @rent &l)re of 2 5A and DamU6l tsittue of 3OO

(D) No!€ ofth€ alore

?1. Ths r€lue of apecidc $lviiy of . lead acid betterv und€t fulv cary€d @nilitior n

(A) 1.21 (E) 2

(c) 2.8 @) None oftlt€ ahore

72, Wlict ole of ilE folowing is equal to one anp.re of curent?(A) Sionenrmond (B) [email protected](C) Joulo/sdnd (D) C.ulont'/seon{r

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73, An Amnel€r i6 fomd to hale a drhpad &ale. Tli6 is beause :

(A) it €nplorles eddr .urftn. ddmping(B) it h.s Bpnng ontol(C) ib dcnecdng to.que bas a nonlinear ldnadm eith respRr to clrenr(D) ofboth (B) add (c)

?4, Of the power ole.honic circuits, circuit onploinc lover MOSFETS h$ a hishef swiichingti€quency ba.Eude :

(A) MoSFET is E najonry carier dovie(B) MOSFET 6d. nieh i.put inperlm@(C) MOSFET har ic at"d satc(D) MOSfBT hes lo* siclll t noi6e 6!io

75. A ne*@ of ep€atability Df measu@oeot ot a quanhry is :

(A) PFi.ion (B) Accu.rcy(c) Sisnjficdnl (D) None ol ihe ,bde

76. th" ,nslogou{ ele.rii"sl corFspond ng tb rhe hrgnetic oEUn qJanoty,p€me,biury is I

(A) C..dlctiviry(C) SsEptibility

?7. In l@d !@ a,aly.ia the ml€ of. slact bu is :(A) s the ret Fne bls(B) $ a b$ which catr absrb and siv€s our dive pos€r(c) asa bu6wnichcanlb$.b snd gives aui r€riiv€ powc!(D, tll otlhe obovc

,3. Rodtiod of , tuiating Indtrction tlTe Mehoni.al Eners M€ter under no loqd @nilitior 6n

(A) Coppd .nrains bs.ds (B) otlprulrirgcoil6(c) Eddy cllnni daipidE (D) Drilirs hole6 i. rhe die

79. The neodle of a MI Aon€tlr oeilaie6 arcund e @ntral value. Ir nay be dle to pobr :

iA) D.mpinstoque (B) cont.olli.g rorque(c) Ddt..tinsrorque @) Nohe of rhc abde

30. Th€ lanse oa .n Ahnet r b to b€ exLndcd ftun 250 bA t 2A. Il rhe 260 d\ Deta ha6 anint m.l E.i.trn@ oa 10 o , q hai i5 tha appondrr€ vahe oarle .h{nr etutlNe EqliEd to

rA' '.43O

(Bi 2.;O(c) 5l) {D) 3.5O

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C'onetituent As*Dbly to prcpsre Consriluiion

az, ln hdis Futrdahelbl duri$ ue adopt d ftod(A) ux Coa6hturion(C) USSR ConstituLion

(B) USA Constitution(D) Cdnan Consiitution

(B) C Sanla.d Kuup

(D) rheruvath nanen

(D) M.P Poui

(B) 13716(D) r00oo1

31. Who il ihe aulhor of Elt€ Gurunathan?(A) Vallthol Nday,na Menon(C) Kunlrala6dn

8{. The pb€ rLde Ar?an}ali lta.ied a eboo! for(A) N€rratinkaa

86. who 3refted the Nass Psper'Mitldvadl id 19m?(A) Mm*oih l{mdan

' (c) Dr P6lpu

8i- who *or€ sahilhya vich6nn ?( ) JGsph MMdassow(C) IIC I{€$va Pilldi

3?. U@ dany p@Dle .ismd in Ez[avaM.nonal,?ca) 10023(c) 131?6

(A) T l< Madhavan(C) KPv€non

39. Who indu@d the Sublidilry A]riane systen ?

(A) warfen Ii$iinc.(c) Ld w€uesly

88. Jlthy KuDmy uhich cndciad lhc pavailirsd6t sysr€m wae writt nby:

90. Ihe naiion,l Anthen of tndi. 'Jam gsns MaM wa drei .uds,t :

(A) Calcu$a 1911 (B) Dclhi 1919

(C) Mmbai l9$ (D) tahoE 1919

9t. Who ia Inw! e'K€nta Kali.lasar'?(A) A R Rqja nala Vama(B) Raj! n.vi vad6(C) IGrala V!.n! Valiya roil th8mpumt@) xodungrlof (ujilufta. Thahpu.ln

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s2, OruTh€ruvrnF K,dhr sJs qlrkn by.(,1) Ponkunn"h varke, (B) S K Poftdrldd(C) vailkam Muhahnsd Bas}ee! (D) Tnaldzhr Sivasanlrra Pilai

9r, wllo *'s rhc tusi lndiar to t elo.red to rhe Bitish pdrlianoni?

CA) Cop,la rrishlucho&hrie (B) Motrilrt Nelru(C) Balacaneadba.A Thilak (D) Dadabhd Na@ji

94, IlE rea. Vict .ir Deserr js lftar.d in :

(a) Africa (B) Eurcle(C) A$t alia (D) Nor|[ Anerica

96. Ajdt! C.vec are lGa!€d in the shre of:(A) Gqja,,l (B) o.is!(c) M.taastra O) r,Earula

J6, Ar {hrrn plaee ljaurlah6 Buddno deLver.d hr66rs' oerron?(A) Llnbiri (B) Masadha(C) Vrhlly .(D) Sbfun,rh

e?. In which of ile rouosing sldl* d@6 166 Narionat \tohen Bonng Chanpid.hiD ialc pl,e?(A) Mechrhv, (B) a$'a(q On$a (D) Manda€tF

t& who hs been el€ctad as the tusr n3b oebber of M.ionll cormis.id 6r *onell(A) AlokRawrt (B) Cherhan Bhagai(C) Sud*p NaBeIar (D ysnr.h S!rr&!hy

90, wlo he won th€ Nobel Prire 20t5 itr Lileretu.e?(A) P.rnct Modia.o (B) youlou Tu(C) Sletlane Alexi€vich (D) Jo*p[ Wil]aD

100. world wsEr Day is celeh'rFd €v€n redron:(A) July 12 @) Mzy 22

(C) Mmh 22 (D) Jus 24

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psc assistant engineer - electrical - harbour engineering ... · 11. if the nunber oft{rhs ofan...

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