1011251290661340Vijaya Bank Clerk Exam

7/27/2019 1011251290661340Vijaya Bank Clerk Exam

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VIJAYA BANK CLERK EXAM, 7-2-2010

ANSWERS1.(4) 2.(4) 3.(3) 4.(2)

5.(2) 6.(2) 7.(4) 8.(3)9.(1) 10.(5) 11.(3) 12.(3)13.(3) 14.(5) 15.(2) 16.(3)17.(5) 18.(4) 19.(5) 20.(4)21.(3) 22.(2) 23.(3) 24.(2)25.(2) 26.(4) 27.(4) 28.(1)29.(2) 30.(4) 31.(4) 32.(I)33.(3) 34.(4) 35.(2) 36.(3)37.(5) 38.(4) 39.(4) 40.(1)41.(2) 42.(5) 43.(4) 44.(4)45.(3) 46.(1) 47.(3) 48.(1)49.(2) 50.(5) 51.(2) 52.(1)53. (1) 54.(2) 55.(3) 56.(5)57.(1) 58.(4) 59.(1) 60.(5)61.(4) 62.(3) 63.(4) 64.(2)65.(5) 66.(2) 67.(4) 68.(4)69.(3) 70.(2) 71.(4) 72.(2)73.(2) 74.(1) 75.(3) 76;(3)77.(2) 78.(3) 79.(2) 80.(5)81.(3) 82.(5) 83.(2) 84.(5)85.(3) 86.(5) 87.(3) 88.(4)89.(3) 90.(1) 91.(1) 92.(2)93.(4) 94.(2) 95.(3) 96.(1)97.(2) 98.(1) 99.(2) 100.(5)101.(3) 102.(2) 103.(1) 104.(4)105.(1) 106.(4) 107.(3) 108.(2)109.(3) 110.(4) 111.(2) 112.(1)113.(4) 114.(1) 115.(4) 116.(3)117.(2) 118.(3) 119.(3) 120.(4)121.(2) 122.(3) 123.(4) 124.(1)125.(5) 126.(1) 127.(3) 128.(4)129.(2) 130.(5) 131.(4) 132.(1)133.(2) 134.(3) 135.(1) 136.(3)137.(2) 138.(1) 139.(4) 140.(2)141.(5) 142.(1) 143.(3) 144.(2)145.(4) 146.(1) 147.(4) 148.(5)149.(2) 150.(3) 151.(2) 152.(2)153.(4) 154.(4) 155.(3) 156.(2)


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157.(3) 158.(4) 159.(5) 160.(5)161.(1) 162.(3) 163.(4) 164.(4)165.(2) 166.(2) 167.(3) 168.(1)169.(3) 170.(3) 171.(3) 172.(2)173.(4) 174.(5) 175.(4) 176.(2)177.

(1)

178.(3)

179.(3)

180.(4J.

181.(5) 182.(4) 183.(2) 184.(1)185.(5) 186.(2) 187.(1) 188.(3)189.(5) 190.(4) 191.(3) 192.(2)193.(4) 194.(3) 195.(4) 196.(1)197.(1) 198.(5) 199.(4) 200.(5)


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EXPLANATIONS


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(23 - 28) :{i) All coins are glasses Universal Affirmative (A-type)

(ii) Some glasses are cups Particular Affirmative (I-type)

(iii) No man is tiger > Universal Negative (E-type)(iv) Some men are not tigers > Particular Negative (O-type)

23. (3) Some cups are boxes.

All boxes are pins.

I+A=>ItypeofConclusion"Somecupsarepins"ThisisConclusionIII.

24.(2)Somepensarepencils.

All Pencils are caps.

I + A.=> I-type of Conclusion "Some pens are caps".

All pencils are caps.

Allcapsarebuses.

A+A=>AtypeofConclusion"Allpencilsarebuses"

SomePensareCaps.

All caps are buses.I+A=ItypeofConclusion"Somepensarebuses".ThisisConclusionII.

25. (2) All shirts are skirts.

All skirts are banks.A+A=AtypeofConclusion"Allshirtsarebanks".

All shirts are Banks.

All banks are roads.

A + A => A-type of Conclusion"All skirts are roads".

All banks are roads.


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All roads are brushes.

A+A => A-type of Conclusion All banks are brushes.

All Shirts are banks.

Allbanksareroads.

A+A => A-type of Conclusion All shirts are roads.

All shirts are roads.

All roads are brushes

A+A => A-type of Conclusion All shirts are Brushes .

Conclusion III is Converse of it.

26.

(4) Some spoons are plants.

All Plants are crows.

I+A=> I-type of Conclusion Some spoons are crows.

Conclusion II is Converse of it.

Conclusion III is Converse of the third Premise.

27. (4) Some hens are ducks.

All ducks are pigeons.

I+A=>I-type Conclusion"Somehensarepigeons".

All ducks are pigeons.

All pigeons are sparrows.

A+A=> A-type of Conclusion All ducks are sparrows.

This is Conclusion I

Some hens are pigeons.

All pigeons are sparrows.

A+A =>A-type of Conclusion Some hens are sparrows.

Some hens are pigeons .


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All pi eons are sp rrows.

I+A => I-type of C nclusion Some hens ar Sparrows

Conclusion III is converse of it.

28. 1) No tige

29. (2)L %O

MTheCon

./1.II.III.IV.

30. (4)B $CD

TheCon

I. DII.III.IV.

31.(4)p @R S %TheCon

I. RII. S

III.IV.

32. ( 1

H

I $J @The

Somecariscat.tsarelions.

E+1=>01,typeofCon

L => KLO => L < OM => O = M

* N = * M Nrefore, K Lclusions:

O => N $ L => M >* N => K @ N => L =

* B => A BC => B > CD => C < DE => D Eefore, A B >clusions:$ A = > D > A$ D => B > D% C => E A =

$ P => F > PR => P = RS => R ST S < Tefore, F > Pclusions:% F => R < F* P => S,P :

T => P % F => S H I

J=> I > JK => J = Kefore, G < H

clusion'Somelionsare n ttigers

Q = M N

: True: True

N : Not trueN : Not true

C < D E

: Not true: Not true: Not true

E : Not true

R S < T

: Truerue

: Not true: True

< H

I > J = K


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Con

I. Gclusions:

II.% I => G < I : True

I I I% J G < J :

IV.

. K $ I = > K >ot trueI : Not true

J : Not true J => H

33.(3) @ W => V = W

W

X *X => W x y

TheZ => Y > Z

Con

efore, V = W X Y > Z

I. Zclusions:

II. YX = > Z > X : Not true

III. V => Y

IV.% Y => W

V : Not true

@ W => Y< Y : True= W : Not true

34. (4)

35. (2)

36. (3)

37. (5)38. (4)39. (4)40. "(1

41. (2)

Except in A E

B is between

G and F are si

A is third to t

G is to the im

D is to the im

) C is to the i

The followin

(l)to(2)

F, in all other

and E.

ting between

he right of E.

mediate right

mediate left o

mediate left

changes occ

(2) to (3)

the arrangement is anticloc wise.

and D.

of A.

B.

f H.

r in the subse uent figures :


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42.(5)hal

he design 'P'

diag

43. (4)Protinu

44. (4)

pairdesirowposicont

45. (3)

inte46. (1) F

(3) t47. (3) F

of eand

48. (1)andfro

49. (2)

(3) t50. (5) F

clocdesi

51. (2) 2

=>=>

52.(1)

=

. step in anticescends step

onally downw

From Problelem Figure (2d in the subse

From Probleof adjacent d

gn of the midinterchange

tion while theinued in the s

rom Problemchange positi

rom Problemhe entire desi

rom Problemach column infrom Problem

rom Problemthe left desigProblem Fig

rom Problemo (4) and from

rom Problemkwise directiogns (A) and [

6 x 451 - ? = 6

11726-7 = 610= 11726 - 61

=963-6=9

957* =478

= ==5*5=25

ockwise direcise and ascen

ard and upwar

Figure (1) to) to (3) the lequent figures

Figure (1) toesigns of thele row moveositions. Frotwo pairs ofme order in th

Figure (1) tons. Similar ch

Figure (1) to (n rotates thro

igure (1) to (terchange posFigure (5) to'

Figure (1) tos move to there (3) to* (4)

Figure (1) toProblem Fig

igure (1) to (. From Probl] interchange

103

303 = 5623

7

5

5

tion and rotates in one step

d respectively

(2) the two pt most designlternately.

(2) the rightiddle and loto the left mProblem Fi

djacent desige subsequent

(2) the line sanges occur fr

2) the left andgh 90 anticlo

) the two coltions so as thnswer Figure.

2) the rightmoright side an

arid from Prob

(2) the designre (5) to Ans

) the centralm Figure (2)

positions. The

s through 90fter being rot

and is replace

irs of designsof both the r

ost design oer rows interc

ost positionure (3) to (4)s of the uppeigures.

egments movom Problem F

the right desickwise. These

mns of desigtwo middle

st designs moall the three

lem Figure (5

are arrangeder Figure.

esign is replao (3) the lowese two steps ar

anticlockwiseted through 9

with a new d

, situated alonows move to t

f the upper rohange positiohile the twothe rightmosand middle r

to the opposigure (3) to (4

ns are replacetwo steps are

s interchangeesigns. Simil

e to the left sdesigns are reto Answer Fi

in reverse or

ed with a ner left designe continued al

after every tw clockwise.

esign in each

g the two diahe right most

moves to ths. From Problairs of adjacedesign of th

ows interchan

ite side diagoand from Pro

d with new dcontinued alte

positions. Simr changes oc

ide after beingplaced with ngure.

er. Similar- c

design and aloves diagonalernately in th

figures. Thehe arrow mo

ubsequent fighird design m

esoves

re.

onals interchposition. Thes

nge positions.e two steps ar

Frome con-

e left most poem Figure (2)nt designs oflower row m

ge positions.

sition while tto (3) the righthe upper andoves to the lehese three ste

e twot mostlower

ftmostps are

nally and theblem Figure (

two middle d) to Answer F

esignsigure.

signs. From Prnately in the s

roblem Figureubsequent fig

(2) tores.

ilarly, th^ uppur from Probl

er and lower dem Figure (3)

esignsto (4)

rotated throuw designs. Si

h 90 anticlomilar changes

kwiseoccur

anges occur from Problem Figure

the four desily to the upper

subsequent fi

ns move oneright corner a

gures.

tep innd the


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53. ( 1 ) ? = 11797 - 3695 = 8102

54.(2) (12.25 x 4.02 - 14.26) x ? = 699.7

=> (49.245 - 14.26) x ? = 699.7 => 34.985 x? = 699.7

=> 34.985*? =699.7

>? =.

.

=20=

55. (2) (12.25 * 4.02-14.26)*? = 699.7

(49.245-14.26)* ? = 699.7 34.985 * ?= 699.7

. ?

.= = 20

55. (3) +? 2 = 61.28

=> 25.28 +?

2

= 61.28

=>? 2 = 61.28 -25.28 = 36

=>? = = 6

56?

.(5) = 311.88

? = .

= 69

.


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1011251290661340Vijaya Bank Clerk Exam