Lkwpuk & iqfLrdkINFORMATION BOOKLET

RASHTRIYA ISPAT NIGAM LIMITED

VISAKHAPATNAM STEEL PLANT Visakahapatnam 530 031

Written Test for Recruitmentof

Management Trainees (Technical)-2009

Date of Test - 6th September 2009

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1 VsLV dk fooj.kVsLV ds

Post Section Structure of Test Number of

Questions

Time

Allotted

Management Trainee

(Technical)

I

Professional Knowledge Test(Engineering Discipline)

Ceramics Chemical Civil Computer Sc. & IT Electrical Instrumentation Mechanical & Production Metallurgy

100 60 min.

II

General Aptitude Test General Awareness Verbal Ability Quantitative Aptitude Test of Reasoning

(Verbal & Non-Verbal)

25252525

60 min

TOTAL 200 120 min Note:- A candidate has to select one discipline only for answering questions in Professional Knowledge Test

2. SAMPLE QUESTIONS (Professional Knowledge Test)

2.1. Ceramic Engineering ( )

2.1.1 The particular integration (P.I.) of (D2 + 4) y = cos 2x is

A. sin 22x x B. sin 2

4x x C. sin 4

4x x D. sin

2x x

2.1.1 (D2 + 4) y = cos 2x (P.I.)

A. sin 22x x B. sin 2

4x x C. sin 4

4x x D. sin

2x x

2.1.2. Structure of Ba Ti O3 is

A. Illemnite B. Perovskite C. Wurtzite D. Rutile

2.1.2. Ba Ti O3 - A. B. C. D.!

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2.1.3. A large temperature coefficient of resistance (TCR) is the basis of the most common oxide sensor is

A. Thermistor B. Varistor C. Tester D. Thermometer

2.1.3. ## # ' (TCR) , A. B. C. D. .

2.2. Chemical Engineering (jLkk;u vf;kaf=dh )

2.2.1. Card is drawn at random from a pocket of 100 cards numbered 1 to 100. Then probability of drawing a number which is square, is

A. 1/100 B. 2/100 C. 1/10 D. 3/10

2.2.1. 100 dkMZ ds ,d iSdsV Lks 1 Lks 100 rd Lka[;k fy[ks dkMZ vfu;fer :i Lks fudkys tkrs gSaA oxZ Lka[;k dk dkMZ fudyus dh kf;drk D;k gxh

A. 1/100 B. 2/100 C. 1/10 D. 3/10

2.2.2. Joule Thomson coefficient for an ideal gas is A. 1 B. -1 C. 0 D.

2.2.2. ,d vkn'kZ xSLk ds fy;s twy - FkeLku xq.kkad gS A. 1 B. -1 C. 0 D.

2.2.3. The pressure difference between inside and outside of a liquid drop is given by A. 2/d B. 8/d C. 16/d D. 4/d

2.2.3. ,d rjy cwan ds vanj vj ckgj nkckUrj fuEuor~ nf'kZr gxk A. 2/d B. 8/d C. 16/d D. 4/d

2.3. Civil Engineering ( flfoy vfHk;kaf=dh )

2.3.1. The limit of ( ) as 0sin

xf x xx

= , is:

A. 0 B. 1 C. 2 D.

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2.3.1. ( ) as 0sinxf x x

x= dh fyfeV D;k gksxh%

A. 0 B. 1 C. 2 D.

2.3.2. The result of shrinkage in a concrete slab takes the form ofA. shear cracks B. tension cracks

C. compression cracks D. chemical cracks

2.3.2. dadzhV dh LySc esa f'kzdsat dk urhtk gksrk gS A. f'k;j dzSd B. Vsa'ku dzSd

C. dEizs'ku dzSd D. dsfedy dzSd

2.3.3. Non-cohesive soil isA. sand B. silt C. clay D. clay and silt

2.3.3. ukWu&dksgsflo feV~Vh gksrh gS A. jsr B. flYV C. feV~Vh D. feV~Vh vkSj flYV

2.4. Computer Science & IT (dEI;wVj foKku vkSj vk Vh )2.4.1. Eigen values of square symmetric matrix are always

A. positive B. real & imaginary C. negative D. real

2.4.1. oxZ Lkefefr Lkkj.kh ds bZtu eku ges'kk grs gSa- A. /kukRed B. okLrfod ,oa dkYifud C.udkjkRed D. okLrfod

2.4.2. Context-free languages are A. Closed under union B. closed under complementation C. Closed under intersection D. none of these

2.4.2. LkUnZ jfgr k"kk,a gSa- A. LkaxBu esa vkc) B. iwjdksa esa vkc) C. vUrf;kvksa esa vkc) D. buesa Lks dbZ ug

2.4.3. Hamming distance between 001111 and 010011 is A. 1 B. 2 C. 3 D. 4

2.4.3. 001111 rFkk 010011 ds e/; gSfeax nwjh gxh- A. 1 B. 2 C. 3 D. 4

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2.5. Electrical Engineering (fo|qr vf;kaf=dh )

2.5.1. The Probability that exactly one of the events E or F occurs is equals to A. P(E) + P(F) - P(EF) B. P(E) + P(F) - 2P(EF) C. P(EFC) + P(ECF) D. P(E) + P(F).

2.5.1. LkakO;rk, ftLkesa bosaV E ;k F esa Lks ,d fuf'pr ?kfVr g, fuEu esa Lks fdLkds Lkeku gxh- A. P(E) + P(F) - P(EF) B. P(E) + P(F) - 2P(EF)

C. P(EFC) + P(ECF) D. P(E) + P(F).

2.5.2. For high frequency response of a transistor amplifier, suitable model to use is A. Kelvin network B. Lattice network C. Hybrid D. T-network2.5.2. ,d VkaftLVj ,EIyhQk;j Lks mPp vkofk frf;k kIr djus ds fy;s, mi;x gsrq mi;q eMy gS- A. dsfYou usVodZ B. ySfVLk usVodZ C. gk;fczM D. Vh - usVodZ

2.5.3. The synchronous speed of a 8 pole induction motor supplied power from a 50 Hz source, will be A. 1500 rpm B. 900rpm C. 750 rpm D. 375 rpm2.5.3. 50 gV~tZ Lkzr Lks 'kf if"kr ,d 8 /kzqo baMD'ku eVj dh rqY;dkfyd xfr gxh- A. 1500 vkjih,e B. 900 vkjih,e C. 750 vkjih,e D. 375 vkjih,e

2.6. Instrumentation Engineering (midj.kh; vfHk;akf=dh)

2.6.1. The line integral .v drr r

of the vector 2 2 . 2v r xyzi x zj x yk= + +r r from the origin to the point P (1, 1, 1) is

A. 1 B. 0 C. -1 D. cannot be determined2.6.1. ewy fcUnq ls fcUnq P (1, 1, 1) rd ds fy, fLFkr lfnk 2 2 . 2v r xyzi x zj x yk= + +r r dk js[kh; lekdyu .v dr

r r gS

A. 1 B. 0 C. -1 D.Kkr ugh fd;k tk ldrk

2.6.2. An R S latch is a A. combinational circuit B. synchronous sequential circuit

C. one bit memory element D. one clock delay element

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2.6.2. vkj&,l ySp gS ,d A. la;ksth ifjiFk B. ledkfyd dzfed ifjiFk

C. ,d fcV Lefr ,yhesaV D. ,d ?kM+h foyEc ,yhesaV

2.6.3. A half wave diode rectifier uses a diode having forward resistance of 50 ohms. The load resistance is also 50 ohms. Then the voltage regulation is

A. 25% B. 50%

C. 100% D. 200%

2.6.3. ,d vk/kh rjax okyk Mk;ksM jsDVhQk;j 50 vkse ds QkjoMZ izfrjks/k okys Mk;ksM dk mi;ksx djrk gSA yksM izfrjks/k Hkh 50 vkse gSA rc oksYVrk jsxqysku gS

A. 25% B. 50%

C. 100% D. 200%

2.7. Mechanical Engineering (eSdsfudy vf;kaf=dh )

2.7.1. A box contains 20 defective items and 80 non-defective items. If two items are selected at random without replacement, what will be probability that both items are defectives?

A. 1/5 B. 1/25 C. 20/99 D.19/495

2.7.1. ,d ckWDl esa 20 nks"kiw.kZ vkSj 80 nks"kjfgr vkbVe gSaA ;fn nks vkbVeksa dks ifjorZu fcuk jSaMe :i ls p;fur fd;k tk;s] rks nksuksa vkbVeksa ds nks"kiw.kZ gksus dh izkf;drk D;k gksxh\

A. 1/5 B. 1/25 C. 20/99 D.19/495

2.7.2. The ratio of maximum shear stress to maximum normal stress at any point in a solid circular shaft is

A. 1 B. 1/2 C. 2 D. 2/3

2.7.2. ,d Bksl xksykHk 'kkWQ~V esa fdlh Hkh fcUnq ij vf/kdre izfrcy ruko dk vf/kdre lkekU; ruko ls vuqikr gksxk&

A. 1 B. 1/2 C. 2 D. 2/3

2.7.3. If both the mean diameter and spring wire diameter of the spring be increased twice, then the shear stress induced in wire will

A. increase twice B. be halved

C. increase four times D. get reduced to one-fourth

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2.7.3. ;fn fdlh fLizax ds ek/;e O;kl vkSj fLizax okW;j O;kl nksuksa dks nqxquk c

3.1.1. Hkkjr ds frjaxs dk fMtkbu fdlus cuk;k Fkk\ A. fiaxyh osadS;k B. oYyHk HkkbZ iVsy C. Ch-vkj- vEcsMdj D. vkSjfoanks ?kksk

3.1.2. Development means economic growth plus A. Inflation B. Deflation

C. Price stability D. Social change3.1.2. fodkl dk rkRi;Z gksrk gS vkfFkZd of) rFkk

A. eqnzkLQhfr B. viLQhfrC. dherksa dh fLFkjrk D. lkekftd ifjorZu

3.2. Verbal Ability

3.2.1. Select the words/ phrases that would most appropriately fill in the blank in the given sentence

There is no question that they _______ delighted when they see her tomorrow. A. have been B. will be C. had been D. will have been

3.2.2. Read the sentence to find if there is any grammatical error in it. If there is any error, it will be only in one part of the sentence marked A, B, C and D. The alphabet of that part is the answer.

No sooner the news appeared in the paper/ than/ there was a rush/ at the counterA B C D

3.3. Quantitative Ability (la[;kRed ;ksX;rk )

3.3.1. A toy was sold at a loss for Rs. 60. Had it been sold for Rs. 81, the gain would have been 3/4th of the

former loss. The cost of the toy is -

A. Rs. 65 B. Rs. 70 C. Rs. 72 D. Rs. 81

3.3.1. ,d f[kykSuk 60 #i, esa ?kkVs esa cspk tkrk gSA ;fn mls 81 #i, esa cspk tkrk rks ykHk fiNyk ?kkVs dk

3@4 gksrkA f[kykSus dk ewY; D;k gS\A. 65 #i, B. 70 #i,C. 72 #i, D. 81 #i,

3.3.2. A spherical lead ball of radius 10 cm is melted and small lead balls of radius 5 mm are made. The total number of possible small lead balls is:

A. 800 B. 12 C. 400 D. 80003.3.2. 10 lsaVhehVj dh f=T;k okyh cM+h xksykdkj ysM ckWy dks fia?kykdj 5 feyhehVj f=T;k dh NksVh ckWy

cukbZ tkrh gSaA NksVh ckWy dh laHkkfor dqy la[;k fdruh gksxh % A. 800 B. 12 C. 400 D. 8000

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3.4 Test of Reasoning (rdZ'kfDr ijh{k.k)

3.4.1. A is the daughter of E. C is the daughter of D. B is married to A. D is B's father. How is A related to C? A. Sister B. Aunt C. Sister-in-law D. Mother-in-law3.4.1. A, E dh iq=h gSA C, D dh iq=h gSA B dk fookg A ls gqvkA D, B ds firk gS rks A dk C ls D;k lEcU/k gS\ A. cgu B. pkph C. lkyh D. lkl

3.4.2. In a code language, 'NEVIA' is coded as 'SJANF'. How would 'SOUND' be coded in the same language? A. XTZSJ B. XTZSI C. XTZSK D. XUZSI3.4.2. ,d dksM Hkkkk esa 'NEVIA' dk dksM 'SJANF' gks mlh Hkkkk esa 'SOUND' dk dksM D;k gksxk\ A. XTZSJ B. XTZSI C. XTZSK D. XUZSI

4- egRRoiw.kZ vuqns'k% dsoy uhys ;k dkys jax ds ckWyisu dk iz;ksx djsaA mRrj i=d dks lko/kkuhiwoZd laHkkysaA bls /kwyeqDr j[kk tkuk pkfg,A ;fn ;g {kfrxzLr] QVk

gqvk] eqM+k gqvk] fldqM+k gqvk] yisVk gqvk ;k /kwy;qDr gS rks bldk ewY;kadu ugha fd;k tk;sxkA lHkh vko';d jQ dk;Z iz'ui= ij fd;s tk ldrs gSaA lHkh mRrjksa dks mRrji=d esa fpfUgr djsaA ijh{k.k iqfLrdk esa fpfUgr fd;s x;s mRrjksa ds fy;s

dksbZ vad ugha fn;k tk;sxkA LykbM :y] dSydqysVj] Mkbax ds midj.k] eksckby Qksu ;k vU; dksbZ bysDVkWfud midj.k

ijh{kk Hkou ds vanj ykus dh vuqefr ugha gSA

4. Important Instructions: Use only Blue or Black ball pens Handle the Answer Sheet carefully. It should be kept dust free. If it is

mutilated, torn, folded, wrinkled, rolled or dusty, it may not be evaluated. All necessary rough works to be done on the Question Paper itself. All answers must be marked on the answer sheet. No credit will be given for

answers marked in the test booklet Use of slide rules, calculators, drawing instruments, mobile phones or any

electronic gadget inside the Examination Hall is not permitted.

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How to mark your answer

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Sample OMR Sheet

Front Side:

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Reverse Side:

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