383 Pages Questions

8/10/2019 383 Pages Questions

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-eclaring the variable(d) 0nitiali3ing the variable (e) 2emove the variable from thememory

(a) cadbe (b) abcde (c) cdb(d) acdbe

5.

(a) 0n the last si! months the number of robberies at gun point in the city has dropped by14&(b) uns are necessary protection against robbers(c) trict gun control causes a decrease in violent crime(d) 6ost crimes are committed with guns and knives(e) i! months ago this citys council passed a gun control law

(a) bda (b) acb (c) ebc (d) eac

6.

(a) 'll missiles follow a fi!ed tra8ectory (b) The boomerang reuires a highdegree of skill(c) ' boomerang is a missile (d) The boomerang is used by'ustralian aborigines to hunt(e) ' boomerang normally has an elliptical flight path

(a) adc (b) aec (c) cba (d)ebd

7.

(a) aving the source file (b) ompiler e!ecution (c) re:

processor e!ecution(d) ug fi!ing (e) 2eading the error file(a) eabcd (b) acbed (c) abced (d) cbeda

8.

(a) ut if powers that be# e!tended any# how will be the first one to take might claim(b) 0 dont believe in seeking special privileges because 0m a woman(c) ;et me e!plain this in conte!t of what happened the other

(a) bac (b) acb (c) bca (d)abc

9.

(a) ' long search produce a comprehensive list of $%< manufacturing firms(b) The number of workers employed by the firms in the area ranged from a do3en toappro!imately


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10.

(a) The uickly came back with pots laden with water(b) The water gurgled out and the dying embers hissed and send up little curls of vapour(c) The poured it on the glowing bed of charcoal

(d) The men 8umped up and rushed to the river(a) acdb (b) bacb (c) dabc(d) dcba

SECTION 2- DATA SUFFICIENCY

Each item has a question folloe! "# to statements $

Ma%& a$ If the question can "e anse%e! ith the hel' of statement ()( alone

Ma%& "$ If the question can "e anse%e! ith the hel' of statement (*( alone

Ma%& c$ If the question can "e anse%e! ith the hel' of "oth the statements "ut not iththe hel' of eithe% statement "# itself

Ma%& !$ If the question cannot "e anse%e! e+en ith the hel' of "oth the ,i+enstatements

E-am'le$

1.-oes winking improve eye sight=

1) -uring the process of winking the focal power of eyes improves

$) >!periments have shown that eye e!ercise lead to an improvement in eye sight'nswer? d because neither 1 or $ is adeuate.

Questi!s "

11.>ach floor of a < storeyed building is occupied and a total of 15 people live in thebuilding. @ow many live on the first floor= 1) The no. of people living in the first floor is an odd number $) The no. of people living on the first floor double the number living on thesecond floor

12.rogram 1 can be implemented1) rogram 1 is tested and error free

$) The implementation site is ready


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23.Getworking is working fine.1) omputer ' is able to talk to omputer

$) oth omputer ' E are entium 6achines.

24.0s it true that smiling is easier than frowning=

1) miling reuires the movement of 1, facial muscles while frowning reuiresthe movement of $, facial muscles. $) 6oving every facial muscles reuires the same amount of effort.

25.0s it true that the arpenter lives on the first floor.=1) the arber lives two floors above the black smith who in turn stays one floor

above the carpenter. $) the blacksmith lives two floors above the weaver who lives one floor below thecarpenter in a three storeyed building.

SECTION 3 - ANA#YTICA#.

.uestions */0*1 a%e "ase! on the folloin,?

't a formal dinner for 4# the host and the hostess are seated at opposite ends of arectangular table# with < persons along each side. >ach man must be seated ne!t to atleast to 1 woman# and vice versa. 'lan is opposite to -iana# who is not the hostess.eorge has a woman on his right and is opposite to a woman. @elga is at the hostesssright# ne!t to Jrank. "ne person is seated between elinda and arol.

26.The 4th person present# >ric must be (a) the host (b) seated to -ianas right (c) seated opposite to arol

(a) a only (b) c only (c) b and c (d) a# band c

27.0f each person is placed directly opposite to his or her spouse# which of the followingpairs must be married. 2a3 Geo%,e an! Hel,a (b) elinda and Jrank (c) arol and Jrank (d) eorge and elinda

28./hich person is not seated ne!t to a person of the same se!.= (a) 'lan (b) elinda (c)arol 2!3 Diana

29.eorge is bothered by the cigarette smoke of his neighbor and e!changes seats withthe person , places to his left. /hich of the following must be true following thee!change=


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(a) Go one is seated between two persons of the opposite se!. (b) one side of the table consists entirely of persons of the same se!.

(c) >ither the host or hostess has changed seats 2a3 A onl# (b) only (c) ' and (d) and

.uestions 45 0 44 a%e "ase! on the folloin,$ The hotel 6iramar has two wings# the east wing and the west wing. ome east wingrooms but not all# have an ocean view. 'll west wing rooms have a harbor view. Thecharge for all rooms is identical e!cept for the following. There is an e!tra charge for all harbor view rooms on or above third floor. There is ane!tra charge for all ocean view rooms e!cept those without balcony. ome harbor viewrooms on the first two floors and some east wing rooms without ocean view have kitchenfacilities for which there is an e!tra charge. "nly the ocean view and harbor view roomshave balconies.

30.' guest may avoid an e!tra charge by reuesting (a) ' west wing room on one of the first two floors. (b) ' west wing room on the fourth floor without balcony. 2c3 An East in, %oom ithout "alcon#6 (d) 'ny room withoutkitchen.

31./hich of the following must be true if all conditions are as stated= (a) 'll rooms above the third floor involves e!tra charges. (b) Go room without an ocean or harbor view or kitchen facilities involves e!tracharge. (c) There is no e!tra charge for an east wing room without ocean view.

(d) There is no e!tra charge for any room without Iitchen facilities.

32.which of the following must be false if all conditions are as stated= (a) some ocean viewing rooms do not involve an e!tra charge 2"3 all %ooms ith &itchen facilities in+ol+e an e-t%a cha%,e (c) some west viewing rooms above the second floor do not involve an e!tracharge (d) some harbor viewing rooms do not involve an e!tra charge

33./hich of the following can not be determined on the basis of the information given= 2a3 hethe% the%e a%e an# %ooms ithout a "alcon# fo% hich e-t%a cha%,e isim'ose! (b) whether any room without at kitchen or a view involves an e!tra charge (c) whether two e!tra charges are imposed for any room (d) noneof the above

.uestions 47 to 48 a%e "ase! on the folloin,$ Jour cards of different suits are dealt one apiece to '# # and -. says? 6ine is not a club. ' says? 6ine is not a spade.


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- says? 6ine is not a diamond. says? 6ine is not a spade. ' says? 6ine is not a heart.

34.' held (a) heart (b) clubs (c) diamonds (d)

spade

35. held (a) heart (b) clubs (c) diamonds(d) spade

36. held (a) heart (b) clubs (c) diamonds(d) spade

37.- held

(a) heart (b) clubs (c) diamonds(d) spade

.uestions 49 to 75 a%e "ase! on the folloin,$ 0n a magical temple there are < doorways each leading to the interior of the temple.>very door way has an idol 8ust inside. The magical powers of the temple doubles theflowers a devotee carries every time heKshe passes under a doorway. >ach devotee has topass on straight through the doorway and cannot retrace his steps till he comes to theinnermost idol.

38.2am carries C flowers at each idol he places an identical number of flowers F. @e

returns from the temple without a single flower. C was most probably (a) $ (b) 5 (c) L(d) 7

39.0n the situation above F was most probably (a)4 (b) 5 (c) L (d) 7

40.0f ita took 4 flowers to the temple and offered , flowers each to the first two idolsthen by the time she faces the third idol she has (a) ,% flowers (b)


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would have to pay ,LM. The amount of luggage each passenger is allowed without anycharge is (a) 1%% kg (b) 15% kg (c) 1L% kg (d) 0nsufficientdata

42.L pigs cost the same as 9 sheep. $7 sheep cost the same as


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2!3 5 5 5

3./hat would be the output of the following program. main() Q

intiD:


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6./hat would be the output of the following program. main() Q const int !Dget()

printf(B&dB#!) R get() Q return($%) R (a) $% (b) garbage value (c) error(d) %

7.' function has this prototype void f1(int XX!)# @ow will you call this function=

(a) int XXa (b) int a (c) int Xa (d) int aD5 f1(a) f1(Ea) f1(Ea) f1(EEa)

8.pointout the error# if any# in the for loop main() Q int lD1 for() Q printf(B&dB#lVV) if(lP1%) break R R (a) The condition in the for loop is a must (b) The two semicolonsshould be dropped (c) The for loop should be replaced by awhile loop 2!3 No e%%o%

9.an the following piece of code be e!ecuted= int main(void) Q char str'1%UDBcompileB#str1%U myYstrcpy(str#str') puts(str) R char X myYstrcpy(char Xdestination#char Xsource) Q char XpDdestination while(XsourceSDH%) Q


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XpVVDXsourceVV R XpDH% return destination R

(a) ompilation will only give a warning but will proceed to e!ecute E will displayBcompileB (b) The compilation error char X(char X#char X) differs in levels of indirection fromint() will occur (c) Fes E it will print compile on the screen (d) Gone of the above

10./hat would be the output of the following program. NincludeOstdio.hP main() Q

char str5UDBfastB static char XptrYtoYarray D str printf(B&sB#ptrYtoYarray) R (a) ompilation will only give a warning but will proceed to e!ecute E will displayBfastB 2"3 !is'la# (fast( on sc%een (c) will give a compilation error(d) none of the above

11./hat would be the output of the following program. main() Q int num#Xp numD5 pDEnum printf(B&dB#Xp) R (a) L 2"3 : (c) 8unk value(d) compilation error

12./hat would be the output of the following program. main() Q int a


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13./hat would be the output of the following program. main() Q int iD1%

fn(i) printf(B&dB#i) R fn(int i) Q return VVi R (a) 1% 2"3 )) (c) 1$(d) ompilation error

14./hat will be the value of i E 8 after the loop ise!ecuted=

O2P for(iD%#8D%iO5#8O$5iVV#8VV) (a) iD,#8D $, (b) iD$,#8D $, (c) iD$5#8D$5 (d) iD5#8D$5

15./hat would be the output of the following program. main() Q int i#8 iD1% 8Dsi3eof(VVi) printf(B&dB#i) R 2a3 )) (b) 1% (c) , (d) compilationerror

16./hat would be the output of the following program. main() Q int iD7 printf(B&dHnB#iVVXiVV) R (a) ,9 2"3 :/ (c) 7$(d) compilation error

17./hat will the printf print= main() Q char Xp#Xf() pDf() printf(Bf() returns?&sHnB#p)


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R char Xf() Q char result4%U strcpy(result#Banything will doB)

return (result) R (a) f() returns? anything will do (b) f() returns?

(c) compilation error (d) The printf statement is not goingto be e!ecuted

18.@ow many times the following program would print *amboree= main() Q printf(BHn *amboreeB) main()

R (a) infinite number of times (b)


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Q struct emp Q char name$%U int age

float sal R struct emp e D QBtigerBR printf(BHn &d &fB#e.age#e.sal) R 2a3 5 56555555 (b) arbage values (c) >rror (d) none of the above

A&ES TEC'NO#O(Y

" The written test is purely technical with stress on Getworking# # "peratingystems# -ata tructures etc. Fou should be clear with the fundamentals of these andother core sub8ects. Zuestions are mainly multiple:choice though this may vary.

1. "ne of the following is my secret word? '06 -+> 6"- "'T T0>. /ith the list infront of you# if 0 were to tell you any one of my secret word# then you would be able totell me the number of vowels in my secret word. /hich is my secret word= 'ns. T0>

2. 0n the following figure? '

- > J @ 0 >ach of the digits 1# $# is ,

3. "ne of 6r. @orton# his wife# their son# and 6r. @ortons mother is a doctor and anotheris a lawyer. a) 0f the doctor is younger than the lawyer# then the doctor and the lawyer are notblood relatives. b) 0f the doctor is a woman# then the doctor and the lawyer are blood relatives. c) 0f the lawyer is a man# then the doctor is a man. /hose occupation you know= 'ns. 6r. @orton? he is the doctor.


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4. @ere is a picture of two cubes?

a) The two cubes are e!actly alike. b) The hidden faces indicated by the dots have the same alphabet on them. /hich alphabet:# r# w# or k is on the faces indicated by the dots= 'ns.

5. 0n the following figure? ' - > J >ach of the seven digits from %# 1# $#


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/hose family name do you know= 'ns. inoys family::>l.

Se)ti! *

programs are asked in this section

1. /rite a program to insert a node in a sorted linked list.

2. /rite a program to implement the Jibinocci series.

3. /rite a program to concatenate two circular linked lists into a single circular list.

4. ' function evenYoddYdifference()passes the array of elements. /rite a program tocalculate the difference of the two sums of which one sum adds the elements of odd ones

and another adds the elements of even ones.

5. /rite a program to reverse a linked list.

Se)ti! C

Zuestions on VV are asked here

1.ase class has some virtual method and derived class has a method with the samename. 0f we initiali3e the base class pointer with derived ob8ect calling of that virtualmethod will result in which method being called= a. ase method "6 De%i+e! metho!6 c. >rror d. Gone of these

'lmost all uestions are of this kind. o through virtual functions concepts in VV andhow the pointers to functions would be handled.

A+TEC TEC'NO#O(Y

The written test consists of 4 se)ti!s ut , i) !e /s t 3 se)ti!s.These

sections are broadly divided into?'ptitude##VV and *ava.0GT>2A0>/ The information on the interview is from the horses mouth# but it consists mainly oftechnical grilling. ' lot of stress is laid on -ata tructures# and VV.

ome the uestions that could be asked in the technical interview are?/hat is friend function=/hat are virtual functions=


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/hat does static variable mean=/hat is public#protected#private=/hat is a scope resolution operator=/rite a program to concatenate two strings./rite a program to compare two strings without using the stringcomp function

*AA* INFOTEC'

The aper is of two parts ? Atitue /! Te)!i)/.The Atitue /eis based on the 2> pattern and consists of analogies# readingcomprehension# passages etc. There is more than one paper pattern and the other patternsmay have uestions on series and logical reasoning.

The Te)!i)/ /e is same for all patterns .The important sub8ects are #computer architecture # operating systems# microprocessors # etc.

%/e %/tte! 1 from 2..'garwal

lease check out the following uestions from the book

ection 1 :: 'nalogy 1c(1:$%)pg 15:17Uection $ :: -irections sense test 7b1:1%Uection < :: ;ogic deduction 17b


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is the middle termJ is as much less than as is greater than - is greater than J

1. The fifth integer is

(a) '(b) (c) -(d) >(e) J

'ns. (a)

$. ' is as much greater than J as which integer is less than (a) '

(b) (c) (d) -(e) >

'ns. (a)

. /hat is -=(a) $


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(b) ye(d) arrot?2oot(e) ;eaf?tem

'ns. (a)

14. -eflect?6issile ??

(a) iege?astle(b) -istract?'ttraction(c) rotect?@onour(d) -rop?atch(e) core?oal

'ns. (a)

19. >ditor?maga3ine ??


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(a) captain?ship(b) actor?movie(c) director?film(d) player?team(e) 8ockey?horse

'ns. (a)

$1. Aolcano ? ;ava ??

(a) Jault?earthuate(b) crack?wall(c) tunnel?dig(d) water?swim(e) floor?polish

'ns. (a)

"ther ample 'nalogies?

$$. 'gitator ? Jirebrand ?? 2enegade ? Turncoat

$rudite ? scholar ?? illiterate ? ignorant

$4. Jire ? 'shes ?? e!plosion ? debris

$9. mason ? wall ?? 'uthor ? ook

and -20A> D >*/JThen ;'--;>2 D =


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'ns. 6>>6J

$. T'2T D /';I' and +-0 D C[J62

Then T+0- D =

'ns. /'[62J

Z< : Z7

0f 'D[# DF# DC# .......... [D'Then

# DJ


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'ns. >ncapsulated of detect methods

7.>-0 useful in

'ns. >lectronic Transmission

4. 6200 different from 62

'ns. 6odular version of man redundant initials

9. @ard disk time for 2K/ head to move to correct sector

'ns. ;atency Time

1%. The percentage of times a page number bound in associate register is called

'ns. it ratio

11. >!pand 6"->6

'ns. 6odulator and -emodulator

1$. 2-6 file system can be defined as

'ns. 0nterrelated

1


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15.The difference between printf and fprintf is =

1L. To change permission rEw to owner group to no permission to others

(a) chmod L1,(b) chmod L%,(c) chmod L,%(d) chmod


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7.' voice signal sample is stored as one byte. Jreuency range is 1L @3 to $% @3. /hatis the memory si3e reuired to store , minutes voice signal=

8./hat will the controller do before interrupting +=

9.0n a normali3ed floating point representation# mantissa is represented using $, bits ande!ponent with 4 bits using signed representation. /hat is range =

10.The stack uses which policy out of the following:: ;0J"# J0J"# 2ound 2obin or noneof these =

11./here will be the actual address of the subroutine is placed for vectored interrupts=

12.ive the euivalent ray code representation of '$@.

13./hat is the memory space reuired if two unsigned 4 bit numbers are multiplied =

14.The vector address of 2T 7.5 in 4%45 processor is YYYYYYY. Ans6 554C(multiply 7.5 by 4 and convert to he!)

15.ubtract the following he!adecimal numbers::: 4,1L: $'1L

16.'dd the following - numbers::: 1%%1 and %1%%

17.@ow much time does a serial link of L, Ibps take to transmit a picture with 5,%pi!els.

18.ive the output when the input of a -:flip flop is tied to the output through the C"2gate.

19.implify the e!pression ' V '( V ) V ( V )

20.-etermine the logic gate to implement the following terms::'# 'VV

21.0mplement the G"2 gate as an inverter.

22./hat is the effect of temperature on the 0cbin a transistor

23./hat is the bit storage capacity of a 2"6 with a 51$X, organi3ation=

24. /hat is the reason of the refresh operation in dynamic 2'6s =

25.uppose that the - input of a flip flop changes from low to high in the middle of aclock pulse. -escribe what happens if the flip flop is a positive edge triggered type=

26.@ow many flip flops are reuired to produce a divide by


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27.'n active @0@ input :2 latch has a 1 on the input and a % on the 2 input. /hatstate is the latch in=

28.0mplement the logic euation F D \'\ V \' V ' with a multiple!er.

(he%e C< stan!s fo% C com'lement)

29. >uivalent ray code representation of '$@.

30./hat does a ;; consist of =

We advice you to know the design of PLL as questions pertaining to this may be asked

II - S,t/e Se)ti!

1.The starting location of an array is 1%%%. 0f the array1..5K...,U is stored in row ma8ororder# what is the location of element ,#ach word occupies , bytes.

2.0n a tertiary tree# which has three childs for every node# if the number of internal nodesare G# then the total number of leaf nodes are

3.>!plain the term Blocality of referenceB =

4./hat is the language used for 'rtificial 0ntelligence Ans$ lis'

5./hat is the character set used in *'A' $.% = Ans$ Unico!e

6. char a D%!'' int b b D (int) a b D b PP , printf(B&!B#b) /hat is the output of the above program segment =

7. struct s1 Q struct Q struct Q int ! R s$ R s< Ry @ow does one access ! in the above

given structure definition =

8./hy there is no recursion in Jortran = Ans6 The%e is no !#namic allocation6

9./hat is the worst case comple!ity of Zuick sort= Ans6 O2n*3


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10./hat will be seuence of operating system activities when an interrupt occurs =

11.0n a seuential search# what is the average number of comparisons it takes to searchthrough n elements = Ans$ 2n=)3>*6

12./hat is the si3e of the array declared as double X C5U = Ans6 : ? si@eof 2 !ou"le ? 3

13.' binary search tree with node information as 1#$#


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$. A is t stes e $. C

$. * is / ste !e=t t $. D

O!; !e ste is /)/!t > N !e st/!i! ! t/t ste ?

De!te te ,ist ste ; ste 1 /! se)! ste ; ste 2 et).

1. I, $. A is ! te ,ist ste @i) , te ,i! is tue>/? $. * is ! te se)! ste>? $. C is ! te ,ut ste.

>)? A es! $. E )u e ! te ti ste

>? $. D is ! ie ste t/! $. C.

A!s" >?

2. I, $. E /s ! te ti ste B $. * /s ! / ie ste t/! $. E i) ste

ust e /)/!t>/? ste 1

>? ste 2>)? ste 4

>? ste 5

>e? ste 6

A!s" >/?

3. I, $. * /s ! ste 1 i) ste )u A e ! >/? 2Be !;

>? 3B5 !;

>)? 3B4 !;

>? 4B5 !;>e? 2B4 !;

A!s" >)?

4. I, tee ee t stes etee! te ste t/t A /s st/!i! /! te ste t/t *

/s st/!i! ! /! A /s ! / ie ste t/! D A ust e ! ste

>/? 2

>? 3

>)? 4

>? 5>e? 6

A!s" >)?

5. @i) , te ,i! is ,/se


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i. *BD )/! e t ! -!uee stes i! !e )!,iu/ti!

ii. I! / /ti)u/ )!,iu/ti! A /! C ust eite t /! !uee stes

t /! ee!-!uee stes

iii. A es! E )/! e ! / ste !e=t t te /)/!t ste.

>/? i !;>? ii !;

>)? iii !;

>? t i /! iii

A!s" >)?

Directions for questions -!: Te uesti!s /e /se ! te i!,/ti! ie!

e

Si= sies A * C D E F )ete i! / /)e. Te ut)e is /s ,s.i. * es !t i!.

ii. O!; t sies se//te E B D

iii. A is ei! D B E

i. * is /e/ , E it !e sie i!tee!i!

. F is / e/ , D

6. @ st ,i,t i! te /)e

>/? A

>? *

>)? C>? D

>e? E

A!s" >e?

7. ' /!; sies see/te A /! F

>/? 1

>? 2

>)? 3

>? 4

>e? )/!!t e etei!e

A!s" >?

8. Te sie etee! C B E is

>/? !!e

>? F

>)? D


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>? *

>e? A

A!s" >/?

9. I, te e! , te /)e sie D is isu/i,ie ; te ues te! sie *

,i!ises i! i) /)e>/? 1

>? 2

>)? 3

>? 4

>e? 5

A!s" >?

Directions for questions 1"-1#: Te uesti!s /e /se ! te i!,/ti! ie!e

Fie uses ettee A*CD B E /e uit i! / !e=t t e/) te. Te uses

/e i!e u i! te e A*CD B E. E/) , te ,ie uses /s / )e

)i!e;. Te , /! )i!e; , e/) useust e /i!te /s ,s.

i. Te , ust e /i!te eite ee!e ;e.

ii. Te )i!e; ust e /i!te eite ite /): e.

iii. N use /; /e te s/e ) )i!e; /s te ) , ,.

i. N use /; use /!; , te s/e )s t/t te ee; !e=t use uses.

. 'use E /s / ee! ,.

i. 'use * /s / e , /! / /): )i!e;

10. @i) , te ,i! is tue >/? At e/st t uses /e /): )i!e;.

>? At e/st t uses /e e ,s.

>)? At e/st t uses /e ite )i!e;s

>? At e/st t uses /e ee! ,s

>e? At e/st t uses /e ;e ,s

A!s" >)?

11. @i) ust e ,/se >/? 'use A /s / ;e ,>? 'use A B C /e i,,ee!t ) )i!e;

>)? 'use D /s / /): )i!e;

>? 'use E /s / ite )i!e;

>e? 'use *BD /e te s/e ) ,.

A!s" >?


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12. I, use C /s / ;e ,. @i) ust e tue.>/? 'use E /s / ite )i!e;

>? 'use E /s / /): )i!e;

>)? 'use E /s / e )i!e;

>? 'use D /s / e )i!e;

>e? 'use C /s / /): )i!e;

A!s" >/?

13. @i) ssie )i!/ti!s , , B )i!e; )/! useI. A e , 7 / /): )i!e;

II. A ;e , B / e )i!e;

III. A ;e , B / /): )i!e;

>/? I !;

>? II !;

>)? III !;>? I B II !;

>e? IBIIBIII

A!s" >e?

14. @/t is te /=iu tt/ !ue , ee! ,s , uses

>/? 1

>? 2

>)? 3

>? 4

>e? 5

$%&': &he questions from 15-() are mu*tip*e choice in the paper

15. Tee /e 5 e ses 4 ee! ses. I, !e / /!; / se /t is te

/iit; , etti! / e se

A!s 5)1 9)1

16. @/t is te sei! i)e , / )/ I, te )st , te )/ is


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A!s" C/!!t e etei!e.

18. Te i)e , / u)t is eu)e ; 30 . *; /t e)e!t/e su it e

i!)e/se t /:e it 100

A!s" 42.857

19. Tee is / su/e , sie 6) . A )i)e is i!s)ie i!sie te su/e. Fi! te

/ti , te /e/ , )i)e t su/e.

A!s. 1114

20. Tee /e t )/!es , eu/ e!ts /! , i,,ee!t ti):!ess. Te ti):e

!e /sts , si= us. Te ti!!e 2 us ess t/! te ti):e !e.


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27. A :e is /i i? *; itse, ie * )/! ,i u te esei i! 20 i!utes

>ii? %ie * /s / /e )ss-se)ti!/ /e/ t/! ie A

A!s" >/?

3. H is /! i!tee. Is H is iisie ; 12>i? H is iisie ; 4

>ii? H is iisie ; 3

A!s" >)?


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4. @/t is te ist/!)e , A t *

>i? A is 15 ies , C

>2? C is 25 ies , *

A!s" >e?

5. @/s $eiss/ *!s !e uise>i?. I, $eiss/ *!s !e /s uise se u e)eie /te/st J1000 i!

;/ities ui! 1978

>ii?. $eiss/ *!s i!)e , 1978 /s e J1000

A!s" >e?

6. Des ee; i ,;

>i? Ties !t ,;.

>ii? Osti)es !t ,;

A!s" >?

7. ' u) es ! ei i eis 200 u!s.>i? Ts eit us $es eit eu/ t !s eit.

>ii? !s eit us $es eit eu/ t Ti)e Ts eit.

A!s" >)?

8. Is te ,iue A*CD is / e)t/!e i,

>i? /!e A*C90>eees?

>ii? A*CD

9. Fi! =G2;

>i?. =G;10

>ii?. 2=G4;20

A!s" >?

10. Is /!e *AC is / it /!e

>i? A*2*C

>2? *C1.5AC

A!s" >e?


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11. Is = e/te t/! ;

>i? =2:

>ii? :2;

A!s" >e?

12. A ie)e , sti! 6 ,eet ! is )ut i!t tee s/e ie)es. ' ! is te

!est , te tee ie)es

>i?. T ie)es /e te s/e e!t.

>ii? O!e ie)e is 3 ,eet 2 i!)es !e

A!s" >?

13. ' /!; s , / /e /e !e)ess/; t )e te /s , / se

, /! )eii! /e e)t/!es 12 ,eet ie /! 15 ,eet !

>i? A , /e )es 20 s ,eet

>ii? Tee /e ! i!s i! te /s

A!s" >e?

14. = /! ; /e i!tees t/t /e t ess t/! 10. Is =K;

>i?. = is / utie , 3

>ii?. ; is / utie , 2

A!s" >e?

15. Fi,t; stue!ts /e si!e u , /te/st !e , te )uses (Ei?. 16 stue!ts /e t/:i! (E


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>i? AD A*

>ii?. =90>ees?

A!s" >e?

17. ' u) )/ / i it t/:e t /:e / e)t/!u/ = it / i se/se /s e!t 7 i!)es.

>i?. Te it , te = 5 i!)es

>ii?. Te eit , te = i e 4 i!)es

A!s" >)?

.

18. Di A*C )/!; /e ,it i! 1980

>i? A*C )/!; /e / ,it i! 1979.

>ii? A*C )/!; /e / ,it i! 1981.

A!s" >e?

19. ' u) is /!es s//;

>i?. /!es s//; is 70 , !s s//;

>ii?. !s s//; is 50 , $/;s s//;

A!s" >e?

20. Is =K1

>i? =G;2

>ii? ;L0

A!s" >)?

21. ' /!; , te !ues = /! ; /e sitie *t = /! ; /e ess t/! 20.

>i? = is ess t/! 5

>ii? =G; 24

A!s" >?

22. Is te /!e AC* is it /!e

>1? ACC*

>2?. >AC?2GC*2A*2

A!s" >?


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23. ' ,/ it , t! A t t! * T! C is 12 ies e/st , t! A

>i?. T! C is sut , t! *

>ii?. It is 9 ies , t! * t t! C

A!s" >)?

24. A e)t/!u/ ,ie is 40 ;/s !. Fi! te /e/ , te ,ie.

>i?. A ,e!)e /u! te u!/; , te ,ie is 140 ;/s !

>ii?. Te ,ie is e t/! 20 ;/s it

A!s" >/?

25. A! i!usti/ /!t u)es ttes. I! 1961 te !ue , ttes u)e ;

te /!t /s ti)e te !ue , u)e i! 1960. ' /!; ttes ee

u)e /tete i! te ;e/ 1960 61B62

>i?. I! 1962 te !ue , ttes u)e /s 3 ties te !ue , u)e i!

1980>ii?. I! 1963 te !ue , ttes u)e /s !e /, te tt/ u)e i! te

;e/s 196019611962.

A!s" >e?

26. Is =; K 1 I, = B ; /e t sitie

>i? = is ess t/! 1

>ii? ; is e/te t/! 1

A!s" >e?

27. Is it / i? A ,u sies /e eu/

>ii? Tt/ i!te!/ /!e is 360

A!s" >e?

28. ' /!; :s /e i! te : se,

>i? Te : se, is 12 ,eet !

>ii?. Te /e/e eit , e/) : is 1.2 u!

A!s" >e?

29. @/t is te /e/ , te )i)e

>i? ii? %eiete is 3 ties te /e/

A!s" >/?


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A


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10. T )/s /e 15 :s //t. O!e is tu!i! /t / see , 50: /! te te /t

40: . ' u) tie i it t/:e , te t )/s t eet

A!s" 32 us

11. A es! /!ts t u; 3 /ise /! 5 /ise st/s )sti! e=/)t; !e uee. I, eu;s i) , te ,i! !ue , st/s e !t /e t u; 3 /ise st/s.

A!s" 9

12. Tee /e 12 ;s /! 15 is ' /!; i,,ee!t /!)i! us )/! e

,e it 2 ;s /! 3 is.

13. @i) , te ,i! ,/)ti!s is ess t/! 13

>/? 2262>? 1546

>)? 23

>? 1

A!s" >?

14. Tee /e t )i)es !e )i)e is i!s)ie /! /!te )i)e is )i)us)ie

e / su/e. @/t is te /ti , /e/ , i!!e t ute )i)e

A!s" 1 " 2

Directions for questions 15-1): Te uesti!s /e /se ! te i!,/ti! ie!

e

$iss De/! /!ts t e!!/te e use. Se ies / ue / )/e!te /

/i!te /! ee)ti)i/! /! /! i!tei e)/t. Te : t e ,i!ise i! !e

:i! >$!/; - Fi/; ?.

E/) :e i t/:e te ,u /; t is M. $iss De/! eits !; !e es!

t : e/) /;.

I. Te /i!te )/! : !; /,te te ue /! te )/e!te /e ,i!ise tei

Ms

II. Te i!tei e)/t ust is M e,e te ee)ti)i/!.III. Te )/e!te )/!!t : ! $!/; Tues/;

15. I, te /i!te : ! Tus/; i) !e , te ,i! /te!/ties is

ssie

>/? Te ee)ti)i/! :s ! Tues/;.

>?. Te ee)ti)i/! :s ! Fi/;.


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>)? Te i!tei e)/t :s /,te te /i!te es.

>?. Te /i!te :s ! )!se)utie /;s.

>e?. $iss De/! )/!!t ,it / , te :es i!t s)eue

A!s" >?

16. I, te /i!te :s ! Fi/; i) , te ,i! ust e ,/se

>/? . Te )/e!te /; :s ! @e!es/;

>?. Te )/e!te /! te ee)ti)i/! /; : ! )!se)utie /;s

>)?. I, te )/e!te :s ! Tus/; te ee)ti)i/! /s t : ! @e!es/;

>?. Te ue /; : e,e te ee)ti)i/! es

>e?. Te ee)ti)i/! /; : ! Tues/;

A!s" >)?

17. @i) /ue!t is ssie

>/?. Te ee)ti)i/! i :s ! Tues/; /! te i!tei e)/t ! Fi/;

>?. Te /i!te i : ! e!es/; /! ue ! tus/;

>)?. Te )/e!te i :s ! Tues/; /! te /i!te ! Fi/;

>?. T'e /i!te i : ! $!/; /! te )/e!te ! Tus/;

>e?. Te )/e!te i : ! @e!es/; /! te ue ! Tus/;

A!s" >e?

CTS SYSTE$"The written tests are based on critical reasoning type uestions. /ord :based

problems# verbal ability# pattern recognition and pattern matching# series type#arithematic:based (including functions and permutations) are usually asked./e are giving some sample tests with uestions based on the pattern mentioned above togive you a general idea.

SECTION-1"

Jind the ne!t in the seuence?

1. > > I =

a)IGb)I+c)I6d)Gone


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$. '' ' >=

a)>b)>@

c)>0d)Gone

; 0IT 6"=

a)ZTb)Z[c)ZFd)Gone

5.' " ">=

a)>*b)>0c)>;d)Gone

L.'> @ 6 -+=

a)>@b)>[c) >d)Gone

7. '- - ; ;A

a)Ab)AI


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c)A0d)Gone

4. > Z+ >G T0=

a)Gb)6c)'0 or '[d)Gone

SECTION-II"

Bin! the +alues fo% the folloin, '%o"lem$

f(C)D $C:1 V f(C:1) if C is not eual to 3eroandiff(CD%)D%

9. Aalue of f(5)

a)15b)$,c)$$d)Gone

1%. Aalue of f(f($))

11. Aalue of f(1L): f(15)

1$. Aalue of f(1L)Vf(15):,4%

1


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SECTION -III"

In the folloin, questions a o%! is ,i+en hich ma# not ha+e an# meanin,6Bin!

!iffe%net 'ossi"le o%!s o% 'alin!%omes fo% the o%! as 'e% the question6

Bo% the folloin, fin! no of !istinct o%!s that can "e fo%me!6

17. TF@@TT

a).,$%b)15,%c)4,%d)Gone

14. TF@@TF

19. TF@@TT

$%. TF@@TT

$1. TF@'-

$$. TF@@TF

Bin! the num"e% of 'ossi"le 'alin!%omes fo% folloin,

$


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TDDD'TT;> . o ans is J0@T

-

.

Jor all the above , choices are same

a)cuddleb)sleepingc)proclaminationd)ointment.

Tis is !; / s/e /e. @e /e !t ii! ;u it / te uesti!s - Must

se uesti!s t ie ;u / e!e/ ie/ , te test /tte!.

SECTION I - + questions based on series,

1. Tese uesti!s i!e i!te)/!e , ettes i! / /t /ti)u/ )/ti!s

/! /s i!te)/!i! ettes /M/)e!t t tse /ti)u/ )/ti!s.Cet/i! te

)!iti!s /; /s e ie!


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F e.

#et te e A**AA*A

I, e /; 25 ! tis it e/!s e /e t i!te)/!e te ettes /t siti!s 2 /!

5 /s e /e t )/!e te ettes /M/)e!t t siti!s 2 /! 5 i.e., A t * /!

* t A.

A * * A A * /,te Ste 1 i.e i!te)/!e , 2 /! 5 e)es AA*A**N )/!e /M/)e!t eee!ts , 2 /! 5...,i!/; /!se e)es

A!s" * A A * * A

uestions 1-5 are based on the pattern with changed numbers as described above

uestions -+ are of the fo**owing type

T et AAA**D , ***AAA /t !ue su e /ie"-

/? 25

? 34

)? 25 B 34? !!e

SECTION II

1. (ie! te ,i! ,u!)ti!s

>1? ,>! / ) ? /) i, !1

>2? ,>! / )? ,> !-1 / ) ? G ,> 1 / )? G ,> !-1 / ) ? i, ! K 1

Te! /t is te /ue ,> 2 / ) ?

A!s" ,> 2 / ) ? / G /) G ).

2. Sii/ uesti! ! ,u!)ti!s.

3.. /ased on the function in the first question0F te ,u!)ti! ,> 4 / ) ? te

!ue , tes is...

int,> 4 / ) ? ,> 3 / ) ? G ,> 1 / ) ? G ,> 3 / ) ? et).

4. @/t is te /ue , te ,u!)ti! ,> 5 / ) ?

SECTION III

%eut/ti!s /! Ci!/ti!s.

8 Questi!s.


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1. !ue , ,/s! !ue , es

A!; !ue , ,/s )/! e /))/te ! /!; si!e e.

1?5!5 Te !. , /;s te ,/s )/! e //!e

Questi!s 2-5 /e /se ! te /e /tte!

6. 5 ! 3 . I, ,ist e /s 2 ,/s ti e /s 1 ,/

' /!; /;s )/! te e/i!i! e //!e

Questi!s 7.B 8. /e sii/ t Questi! 6.

SECTION I

uestion consisting of figures - Pattern-matching type,


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(iv). 'n ob8ect of agreement is void if it involves or implies to the personnal property ofanother.

(v). 'n ob8ect of agreement is void where the constant regards as ignored.

(vi). 'n ob8ect of agreement is void where the constant regards is as opposed to publicpolicy.

Z. 'n algorithm follws a si! step process 3a#3b#3c#3d#3e#3f# it is governed by thefollowing

(i) 3d should follow 3e(ii) the first may be 3a#3d or 3f(iii) 3b and 3c have to be performed after 3d(iv) 3c must be immediately after 3b

Z. 0f 3a is the first set 3d must be

a)


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a) !uyw3vb) !v3yuwc) 3uy!wvd) 3v!uwye) wy3uv!

Z. /hich of the following is true

a) 3 before vb) 3 before !c) w before ud) y before ue) ! before w

Z. 0f he plants v first# then which can be planted second

a) !b) yc) 3d) we) u

Z. /hich of the following describes a correct combination of sapling and row=

a) !# D$ whereJ DP faces A DP vertices > DP number of edges

17. /hat is Gewton 2aphson method used for=

'ns? To find the root of f(!) D %

14. @ow many tangents can be drawn on three circles if they dont lie within each other =

19. !y : ! V $y D L euation is shifted to form euation !yDc what is c =


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$%./hen ! is real what is the least value of (!$:L!V5)K(!$V$!V1)

$1./hen an ob8ect like cube or sphere is seen along !# y# 3 a!is we get the same.'part

from these suggest another ob8ect which has similar characteristics as that mentionedabove=

'ns? Triangular prism

$$. /hen an ob8ect is seen from the front side we can see two concentric suares and topview also without any hidden lines. -raw the side view.

$T0"G

1. onvert $51 in base 1% to octal(base 4)=

$. @ow much information can be stored in 1 byte of a 06 pc compatible=


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'ns? aD aVb bD a:b aD a:b?

5./hich is not the operating system =

'ns? 0"

L. /hat is the optimum number of operations for $!7. 0n the fortran language which of the following is true.(i) fortran uses call by value(ii) fortran is ob8ect oriented(iii) fortran allows use of function overloading

'ns. (i)

4. /hen a program is compiled what does it produce=

'ns? ource code is converted to ob8ect code

9. /hat is the difference between function overloading and function overriding=

1%. /hat is the character set used in *'A' $.% =

'ns? +nicode

>T0"G < : T>T

1. /hat is the mistake in the following program segment =

f()Qint a

void cf$(Ec#Ea)R

$. aD% bD(aD%)=$?


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b) 0f in first statement aD % is replaced by aD :1# b D =c) 0f in second statement aD% is replaced by a D :1# bD=


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Rf()int XbDf1()int cDXbR

7. ive the language euivalents of the followinga)Junction returning an int pointerb)Junction pointer returning an int pointerc)Junction pointer returning an array of integersd)'rray of function pointer returning an array of integers

4. Jind the fallacy in the following program segment=

int ashort b

bDa

9. -efine function = >!plain arguments in functions =

1%. @ow does pass variables to a function =

11. >!plain the following program segment.f()Qint Xb

XbD$R

1$. >!plain binary trees and their use =

1


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,. Jor 1 6 memory# the number of address lines reuired#

(a)11(b)1L

(c)$$(d) $,

'ns. (b)

5. emaphore is used for

(a) synchroni3ation(b) dead:lock avoidence(c) bo!

(d) none

'ns. (a)

L. /hich holds true for the following statement

class c? public '# public

a) $ member in class '# should not have same nameb) $ member in class '# should not have same name

c) bothd) none

'ns. (a)

7. Zuestion related to 8ava

4. ";> is used in

a) inter connection in uni!b) interconnection in /0G-"/c) interconnection in /0G-"/ GT

9. onvert a given @>C number to "T';


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1%. 6acros and function are related in what aspect=

(a)recursion(b)varying no of arguments

(c)hypochecking(d)type declaration

11.reproconia.. does not do which one of the following

(a) macro(b) conditional compliclation(c) in type checking(d) including load file

'ns. (c)

1$. iggy backing is a techniue for

a) Jlow controlb) euencec) 'cknowledgementd) retransmition

'ns. (c)

1


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group by employee number having(count(X) mod nD% )(c) both (a) E (b)(d) none of the above

15. Type duplicates of a row in a table customer with non uniform key field customernumber you can see

a) delete from costomer where customer number e!ists( select distinct customer numberfrom customer having count )b) delete customer a where customer number in b rowidc) delete customer a where custermor number in( select customer number from customera# customer b )d) none of the above

Se)ti! *

1. iven the following statement enum day D Q 8an D 1 #febD,# april# mayR /hat is the value of may=

(a) ,(b) 5(c) L

(d) 11(e) Gone of the above

$. Jind the output for the following program

mainQint !#8#k8DkDL!D$!D8Xkprintf(B&dB# !)


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else f(!:1)V!R

,. Jind the output for the following program

iD$%#kD%for(8D18Oi8D1V,X(iK8))QkVD8O1%=,?


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4. Jind the output for the following program

fD(!Py)=!?y

a) f points to ma! of ! and yb) f points to min of ! and yc)error

'ns. (a)

9. /hat is the si3eof(long int)

(a) , bytes(b) $ bytes

(c) compiler dependent(d) 4 bytes

1%. /hich of the function operator cannot be over loaded

(a) OD(b) =?(c) DD(d) X

11. Jind the output for the following program

main()Qint!D$#yDL#3DL!DyDD3printf(&dB#!)R

Se)ti! C >%/i! S:is?

Anse% the questions "ase! on the folloin, '%o,%am

T2+T -"+;>;0TQ -"+;> ;0GI>-0GT ->T ;0T A"0-


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T2+T 2>A0"+ (> 0A>G 'G- ' 2">-+2> T" ->;>T>)T2+T G>/ ('G >;>6>GT /0;; > 0A>G)R->;>T>(T2+T G"->)QG"->:2>A:G>CT G"->:G>CT

G"->:G>CT:2>A G"->:2>A0J(G"->DD@>'-)G"->R

Z. 0n what case the prev was

(a) 'll cases(b) 0t does not work for the last element(c) 0t does not for the first element(d) Gone of these

Anse% the questions "ase! on the folloin, '%o,%am

A"0- J+GT0"G(0GT II)QIIVD$%RA"0- J+GT0"G (0GT I)0GT 66#GDE6IG D I

IGV:D1%R

Z. /hat is the output of the following program

main()Q int varD$5#varpvarpDEvarvarp p D 1%fnc(varp)

printf(B&d&d#var#varp)R

(a) $%#55(b)


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> occurs only if occurs * occurs only if > or J occurs - causes #@ or both @ occurs if > occurs occurs if J occurs

L. 0f ' occurs which of the following must occurs

0. J and 00. > and @000. -

(a) 0 only(b) 00 only(c) 000 only(d) 0#00# E 000

(e) 0 E 00 (or) 00 E 000 but not both

'ns. (e)

7. 0f occurs which must occur

(a) -(b) - and (c) and @(d) J and

(e) *

'ns. (a)

4. 0f * occurs which must have occured

(a) >(b) either or (c) both > E J(d)

(e) both E

'ns. (b)

9. /hich may occurs as a result of cause not mentioned


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0. -00. '000. J

(a) 0 only

(b) 00 only(c) 0 E 00(d) 00 E 000(e) 0#00 E 000

'ns. (c)

1%. > occurs which one cannot occurs

(a) '(b) J

(c) -(d) (e) *

'ns. (b)

'U('ES S@

't the moment we have 8ust one paper of @ughes oftware. The paper iste)!i)/based with a uestion or two of probabilty thrown in.ub8ects stressed are"perating ystems# -ata tructures# rogramming#ommunications etc./e have givena rough idea on the kind of paper that you can e!pect. /e are not providing you with theinputs of the interview for this company : but we hope to add it very shortly.

1. Jind the probability of getting a number with 7 between 1%% and 999 (both inclusive).

$. There are 1% items in a bo!# out of which < are defective. $ balls are taken one after the other.

/hat is the probability that both of them are defective=


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,. /hich is not a memory management scheme=

a) buddy systemb) swapping

c) monitorsd) paging

'ns ? c

5. implify the Iarnaugh map given below and derive its e!pression in " form

: 1 1 :

1 : : 1

1 : : 1: 1 1 :

L. Zuestion on G'G- gates implementation.

7. -efinition of onte!t ensitive rammar

4. 'n identifier can start with a letter followed by any number of letter or digits .

9. /ith the following configuration?46 total memory# $5Lkb cache # ,kb is block si3e.

+sing direct mapping# how many different physical memory blocks can be mapped onto the cache.

(a) L, (b) $5L (c) 1$4

1%. 6'K- is used in

a) token ringb) J--0c) ethernet

11. 0n TK0 header# checksum contains


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a) sum of all the wordsb) ones complement of the datac) ones complement of the sum of all the wordsd) ones complement of the sum in ones complement

1$. /hat is the ma!imum number of acknowledgements for a , bit seuence number in asliding window protocol.

1


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17. 0n a memory chip ,k si3e and 1Lbit words are to be stored. Go of address and data lines reuired is?

14. 0dentify in which pass of the $ pass compiler are the following compiled

1) literals$) address resolution


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$,. "rder of deleting a node from a linked list. (pointer is to an arbitrary node)

a)%(1)

b)%(n)

$5. ' choclate of si3e nCn is given and is to be made into pices of si3e 1!1. 't a time both hori3ontal and a vertical cut is done. Jind the order of comple!ity

a) "(n$)b) "(nlogn)c) "(logn)

$L. ' directed graph is represented by ad8acency list. To find the comple!ity of indegree of the node. e : edge n: vertices

$7) Go of leaf nodes given. find the no of nodes with degree $.

$4) 'C D . ' is mCn and is mC1

a) there is a uniue solution if rank of ' is same as rank of augumented matri! ' bUb) there are multiple solutions

$9. ;C0 sp#$%99h ;C0 b# $%1$h +@ b


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5. Zuestion on client:server system using asychronous reuest from the client

L. 0f a binary tree is constructed using nodes with two pointers each# how many null pointers does a tree with G nodes have

a) n:1b) nc) nV1d) -epends on the number of edges

7. /hich of following statements about heap is wrong

a) 'n n element heap has height log n(base of log is $)b) mallest element of heap is always a leaf

c) ' array in reverse sorted order is a heapd) ' heap cant contain any element more than once

4. /hen applets are downloaded from web sites # a byte verifier performs YYYYYYYYY=

'ns. tatus check.

9. Jor the following program

void insert(key#r)typekey key#data array rQe!tern int nif(nPDma!) KXerror table if full XKelse rnVVU.kDkeyR

This on e!ecuting# enables a

a) asic seuential searchb) inary search

c) 0nterpolation searchd) Gone

1%. Jind the outpur of the following program

void f(char Xp)QpD(char X) malloc(L)


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strcpy(p#BhelloB)R

void main( )Qchar XDBbyeB

f(p)printf(B&s#p)R

11. Time taken to access cache is 1%%ns and to access memory is 1%%%ns. @it ratio given. Jind the average access time

1$. ath testing is

a) lack bo! testing strategyb) /hite bo! testing strategyc) 'n installation .........d) 'n enviornment

1


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a) 's public keyb) 's private keyc) s public keyd) s private key

17. /hich of the following is not condition having a deadlock resource previous grantedcan be forcebly taken away from a process

a) 2esources need to be used in mutually e!clusion fashionb) rocess can reuest new resources# as they continue to hold on to old onesc) @ere is a cycle in the resource allocation graph

1L. 'n 0K0C packet received by a computer using... having 0K0C both how the packetis handled.

'ns. 2ead the# field in the packet header with to send 0 or 0C protocol.

17. The range of the


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a) ;ocali3e swapb) 2etain value persistentlyc) -efine constantd) Ji!ed address in memory

$1. /hy is thread switch faster than a process switch

$$. /hat is the binary euivalent of ,1.L475

$


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Z1.onvert %.9


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fprintf (fp# BworldB) fclose(fp) return % R

0f te!t.dat file is already present after compiling and e!ecution how many bytes does thefile occupy =

a) % bytesb) 5 bytesc) 11 bytesd) data is insufficient

Z1%. f1(intX!#intflag) int Xy XyDX!V


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swap( int a#int b) Q int temp tempDa aDbOb

I*$

The written test consists oft se)ti!s e/), 45 i!utesduration.

Se)ti!1

This is the /titue se)ti!consisting of 45 uesti!sto be attempted in 45 i!utes.'sis in all the e!ams#this section is based on the $*A /tte! of e!amination.

Se)ti!2

This is thete)!i)/ se)ti!.There is a see/te /e , //e /!s,t/e.C/!i/tes /e t e!ti! e,e/!whether they want to write the

software or the hardware paper.This section also carries 45 uesti!sto be completed in 45 i!utes.

1. 0n 1974# a kg of paper was sold at 2s$5K:. 0f the paper rate increases at 1.5& more than the inflation rate which is L.5& a year# then what wil be the cost of a kg of paper after $ years=

(a) $9.1$(b) $9.7$(c)


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(ii) 0f the total number of marbles are 7$# then the number of marbles with ' at thestarting

(a) $%(b)


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u!e 5% 75 4%

i) -uring this period which share has undergone ma!imium fluctuation=ii) 0n which month it is possible to buy and selling '=iii) 0n which month the share values are very low=

iv) y purchasing one share of ' and , each of and in the beginning of the period# when shoudl these be sold to get ma!imum profit=

7. 0n a computer institute 9 languages can be taught. The module is of L months duration and of the si! languages only one can be taughteach month . 0n addition to that '0 is always taught and should be in first month itself

/"2- >2J>T is to be taught in the preceeding week of /"2- T'2. J"2T2'G can not be taught until "'; is taught prior to that

0G"# J0J" can never be taught in single module

languages are '0# /"2- T'2# /"2- >2J>T# J"2T2'G# "';# 0G"#J0J"# ;"T+#

i) 0f word star is in


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1%. 0n a suare# all the mid points are 8oined. The inner suare is shaded. 0f the area of the suare is '# what is the area of the shaded area=

11. Two uestions on basic angles i.e given a circle# a few chords or diameter is drawn

etc.

1$. 0f the follwoing statements are given

_(a#b)D (aVb)K$ K(a#b)D aKb X(a#b)D ab

0f aD1# bD$ then find

i) K(a#(_(a#b)#X(a#b)))

ii) XK(a#_(X(a#b)))

1!port 1 results in(1 pwd)

a) primary prompt being your current directoryb) primary prompt and secondary prompts being the current directoryc) primary prompt prompt being your home directoryd) primary prompt and secondary prompts being the home directorye) Gone of the above.

15. 0f you type in the command

!u st e;ees K ist 2 K e ut B

and log off #the ne!t time you log in# the output will be


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main()Qint iD%for(iD%iO$%iVV)Qswitch(i)case %?iVD5

case 1?iVD$case 5?iVD5default iVD,breakRprintf(B&d#B#i)RR

a) %#5#9#1


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d) Jail1#Jail$e) Gone of these

'ns. (c)

$$. 0n the process table entry for the kernel process# the process id value is

(a) %(b) 1(c) $(d) $55(e) it does not have a process table entry

'ns. (a)

$


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a) wap contents of p E a and print?(Gew string# string)b) enerate compilation error in line number 4c) enerate compilation error in line number 5d) enerate compilation error in line number 7e) enerate compilation error in line number 1

'ns. (b)

$5. 0n the following code segment what will be the result of the function#

value of ! # value of yQunsigned int !D:1int yy D `%if(! DD y)

printf(BsameB)elseprintf(Bnot sameB)R

a) same# 6'C0GT# :1b) not same# 6'C0GT# :6'C0GTc) same # 6'C+G0T# :1d) same# 6'C+G0T# 6'C+G0Te) not same# 6'C0GT# 6'C+G0T

'ns. (a)

$L. 'T@ D Kbin ? Kusr ? Kyourhome The file KbinKcalender has the following line in it

cal 1% 1997

The file KyourhomeKcalender has the following line in it

cal 5 1997

0f the current directory is Kyourhome and calender is e!ecuted

a) The calendar for 6ay 1997 will be printed on screenb) The calendar for "ct 1997 will be printed on screenc) The calendar for the current month( whatever it is) will be printedd) Gothing will get printed on screene) 'n error massage will be printed


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$7. /hat will be the result of the following program =

char Xg!!!()Qstatic char !!!1%$,U

return !!!R

main()Qchar XgDBstringBstrcpy(g!!!()#g)g D g!!!()strcpy(g#BoldstringB)printf(BThe string is ? &sB#g!!!())R

a) The string is ? stringb) The string is ?"ldstringc) 2un time errorKore dumpd) ynta! error during compilatione) Gone of these

'ns. (b)

$4. /hat will be result of the following program=

void myalloc(char X!# int n)Q!D (char X)malloc(nXsi3eof(char))memset(!#H%#nXsi3eof(char))R

main()Qchar XgDBtringBmyalloc(g#$%)strcpy(g#B"ldstringB)printf(BThe string is &sB#g)R

a) The string is ? tringb) 2un time errorKore dumpc) The string is ? "ldstringd) ynta! error during compilatione) Gone of these


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$9. /hich of the following function is used to repaint a window immediately

a) endmessage(h/nd#/6Y'0Gt#......)b) 0nvalidate2ect(.......)

c) 6ove/indowd) /6Y"Fe) Gone


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if(psi3eof(p):$UDDg)printf(Bass $B)elseprintf(BJail $B)R

R

a) ass 1# ass $b) Jail 1# Jail $c) ass 1# Jail $d) Jail 1# ass $e) synta! error during compilation


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Q. A /! e/es ,,i)e /i; /t 7 A ie it )/ )es , is e t i):

i , ,,i)e /! i! /): e

O!e /; e ets ,ee /t 5"30 /! i!ste/ , /iti! , ie e st/ts /:i!

t/s e.

I! te /; e eets te )/ /! etu!s e ! )/ 'e e/)es e 20

i!utes e/ie t/! usu/. I! u) tie es te /! e/) e usu/;

A!s. 1 20i!

Q Te ,i! tut t/e is ie! @/t is Y eu/ t

A * C Y

% % % 1

% % 1 1

% 1 % 0% 1 1 0

1 % % 0

1 % 1 0

1 1 % 1

1 1 1 1

A!s. >A?>*?>A*? ee st/!s , )ee!t.

Q. A :s ti)e /s u) /s *. I, A t/:es 60 /;s ess t/! * t / : te! ,i!

te !ue , /;s it u t/:e t )ete te : i, t : tete

A!s. 22R/;s

Q. ' /!; 1s /e tee i! te i!/; , , 8P1024 G 3P64 G 3

A!s. 4

Q. I! / iit/ )i)uit i) /s t iee!t >A *? G >A?&O*? te esi!e

iee!ts >A *? >A?&O*?@/t is te /iit; , e i! it

Q. A ; /s


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A!s. 16

Q. I, tee /e 1024P1280 i=es ! / s)ee! /! e/) i=e )/! /e /u! 16

ii! )s

Fi! te e; euie , tis

A!s. 4$*

Q. O! / /ti)u/ /; A /! * e)ie t/t te; u eite se/: te tut i

ie.

C /s:s A ete e is se/:i! tut ;i!

'e /!ses /! * iste!s t /t e s/i. C te! /s:s * /t A /s s/i * s/;s

A s/;s t/t e is / i/

@/t is * se/:i!

>/? Tut>? #ie

>)? Tut e! A ies

>? C/!!t e etei!e

A!s. >?

Q.@/t is te /!e etee! te t /!s , / )): e! tie is 8"30

A!s. 75>/=?

Q. A stue!t is /!:e 13t , it /! 8t , e,t. ' /!; stue!ts /etee i! tt/it;

Q. A /! /:s e/st /! tu!s it /! te! , tee t is e,t /! te!

45eees t

is it.I! i) ie)ti! i e

A!s. Nt est

Q. A stue!t ets 70 i! !e suMe)t 80 i! te te. T et /! e/ , 75

u) su et i! ti suMe)t.

Q. A /! ss is ,ie! / /! sitti! i! / /: /! s/;s t/t se te /ute

, ; /!tes !; s!.

@/t is te e/ti! etee! te t

A!s. D/ute

INFOSYS


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The written paper consists mainly of pu33les followed by an essay. There are 10 uest e )ete iti! !e uand a st ess/; >usu/; /se ! te te!s i! te)ute ,ie? , 15 i!utes. /e suggest that after going through the sample testsgiven below you also take time to go through some pu33le books like Bu33les andteasers by (ee @. SuesB #BS/:u!t/ Deis u33le booksB # B6ind tretching

u33les by Sti):esB etc. /e give you some test papers# which consists of more than ten uestions# whichare selected from the above mentioned books and from older uestion papers. The papercan be /tte!e ; stue!ts , / e!i!eei! ste/s.

The written test consists oft se)ti!s e/), 45 i!utesduration.

Se)ti!1

This is the /titue se)ti!consisting of 45 uesti!sto be attempted in 45 i!utes.'sis in all the e!ams#this section is based on the $*A /tte! of e!amination.

Se)ti!2This is thete)!i)/ se)ti!.There is a see/te /e , //e /!s,t/e.C/!i/tes /e t e!ti! e,e/!whether they want to write thesoftware or the hardware paper.This section also carries 45 uesti!sto be completed in 45 i!utes.

1

1. 't Lo a clock ticks L times. The time between first and last ticks is


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'ns? $%%miles. ($ marks) -istance travelled by plane D 1K1% distance travelled by ship V 14%

,. omplete the Table given below?

Three football teams are there. iven below is the group table. Jill in the !s

%/;e @! #st D/ (/s F (/s A/i!st

A $ $ ! ! ! 1

* $ ! ! 1 $ ,

C $ ! ! ! < 7

'ns? The filled table is given below (, marks)

%/;e @! #st D/ (/s F (/s A/i!st

A $ $ % % 7 1

* $ % 1 1 $ ,

C $ % 1 1 < 7

5. There are < societies '# # .' lent cars to and as many as they had already.

'fter some time gave as many tractors to ' and as many as they have. 'fter sometime c did the same thing. 't the end of this transactioneach one of them had $,.Jind the cars each orginally had.

'ns? ' had


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7. iven that 'pril 1 is tuesday. '# # are < persons told that their farewell party was on

' : 6ay 4# thursday

: 6ay 1%#tuesday : *une 5# friday

"ut of '# # only one made a completetly true statement concerning date#day andmonthThe other told two one told the day right and the other the date right../hat is correct date# month# day.

'ns? : (6ay 1%) +G-'F : *une L (Jriday). (5 marks)

4. The ulls# acers# ;akers and *a33 ran for a contest. 'nup# u8it# *ohn made the following statements regarding results.

'nup said either ulls or *a33 will definitely win u8it said he is confident that ulls will not win *ohn said he is confident that neither *a33 nor ;akers will win

/hen the result cameit was found that only one of the above three had made a correctstatement./ho has made the correct statement and who has won the contest.

'ns? u8ith ;akers (5marks)

9. Jive people ' # # #- #> are related to each other. Jour of them make one true statement each as follows.

(i) is my fathers brother.(ii) > is my mother:in:law.(iii) is my son:in:laws brother(iv)' is my brothers wife.

'ns? (i) - (ii)

(iii) > (iv) (1% marks)

1%. ome statements are given below?


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; says all of my other four friends have money 6 says that said that e!actly one among them has money G says that ; said that precisely two among them have money " says that 6 said that three of the others have money # ; and G said that they have money

'll the above statement are false../ho has money E who doesnt have any money=

(5 marks)

2

6r.6athurs 8ewels have been stolen from his bank locker . The bank has lockers of 1$ people which are arranged in an array of < rows and ,columns like?

1 $ < ,

5 L 7 4

9 1% 11 1$

The locker belonging to *"G> was to the right of ;'I locker and directlyabove 60;;'2.

""T@ locker was directly above 60;;'2. 60T@ locker was also above 2'Fs (though not directly). 2>>G locker was directly below 60T@. /0;"G locker was between that of -'A0 and ""T@.

60;;'2 locker was on the bottom row directly to the right of @>2-. /@0T> locker was on the bottom right hand corner in the same column as

""T@.

/hich bo! belonged to 6r.6athurs=

'ns? o! number 9 belongs to 6r.6athurs.

$. Jifty minutes ago if it was four times as many minutes past three oclock#how manyminutes is it to si! oclock=

'ns? Twenty si! minutes.


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takenD7KL. Therefore# for 1% seconds there are 9 intervals and time taken is 9X7KLD1% and 1K$seconds.

,. Three criminals were arrested for shop lifting. @owever# when interrogated only one told the truth in both his statements# while theother two each told one true

statement and one lie. The statements were?

A#*E


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'ns?Se)! ee!i!?Aikram#'nkur#'bhishek#'mol#Aasu#'nurag and huwan.Ti ee!i! ?Aikram#'nurag#'bhishek#Aasu#huwan#'nkur#'mol.

4. Two trains start from stations ' and spaced 5% kms apart at the same time and speed. 's the trains start# a bird flies from one train towards the other and on reaching thesecond train# it flies back to the first train.This is repeated till the trains collide. 0f the speed of the trains is $5 kmKh and that of the bird is 1%%kmKh. @ow much did the bird travel till the collision.

'ns? 1%% kms.

9. Jour prisoners escape from a prison.

The prisoners# 6r >ast# 6r /est# 6r outh# 6r Gorth head towards differentdirections after escaping. The following information of their escape was supplied?

The escape routes were The Gorth 2oad# outh 2oad# >ast 2oad and /est 2oad. Gone of the prisoners took the road which was their namesake. 6r.>ast did not take the outh 2oad 6r./est did not the outh 2oad. The /est 2oad was not taken by 6r.>ast

/hat road did each of the prisoners take to make their escape=

'ns? 6r.>ast took the Gorth 2oad 6r./est took the >ast 2oad

6r.Gorth took the outh 2oad 6r.outh took the /est 2oad.

1%. omplete the series? 5 20 24 6 2 8

'ns? 1$ (as 5X,D$%# $%V,D$,# $,K,DL# L:,D$# $X,D4# 4V,D1$).

3

1) ' man collects cigarette stubs and makes one full cigarette with every 4 stubs. 0f he gets L, stubs how many full cigarettes can he smoke.

'ns? 4V1D9


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$) ' soldier looses his way in a thick 8ungle. 't random he walks from his camp butmathematically in an interesting fashion. Jirst he walks one mile >ast then half mile toGorth. Then 1K, mile to /est# then 1K4 mile to outh and so on making a loop.Jinally how far he is from his camp and in which direction.

'ns? -istance travelled in north and south directions1K$ : 1K4 V 1K


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'nd the tallest among them is . Gow who is taller among ' and =

'ns '

7) ' person with some money spends1K< for cloths# 1K5 of the remaining for food and 1K,of the remaining for travel. @e is left with 2s 1%%K: .

@ow much did he have with him in the begining =

'ns? 2s $5%K:

4) There are si! bo!es containing 5 # 7 # 1, # 1L # 14 # $9 balls of either red or blue incolour.

ome bo!es contain only red balls and others contain only blue. "ne sales man sold one bo! out of them and then he saysB 0 have the same number of red balls left out as that of blue B./hich bo! is the one he solds out =

'ns? Total no of balls D 49 and (49:$9 K$) D L%K$ D


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Se)ti! *

1. 2eplace each letter by a digit.

>ach letter must be represented by the same digit and no beginning letter of a wordcan be %.

" G >" G >" G >" G >:::::::T > G

'ns? % D1# G D 4 #> D $# T D 7

$. 'nn# oobie# athy and -ave are at their monthly business meeting. Their occupations are author# biologist# chemist and doctor# but not necessarily in thatorder. -ave 8ust told the biologist that athy was on her way with doughnuts. 'nn is sitting across from the doctor and ne!t to the chemist. The doctor was thinking that oobie was a goofy name for parents to choose#but didntsay anything. /hat is each persons occupation=

'ns? ince -ave spoke to the biologist and 'nn sat ne!t to the chemist and across thedoctor# athy must be the author

and 'nn the biologist. The doctor didnt speak# but -avid did# so obbie is the doctor and -ave thechemist.


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,. Ge!t number in the series is1 2 4 13 31 112

'ns? $$,. Go number has digits more than ,. 'll of them are 1 # $# ,# 4 # 1L #


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'ns? "nly % 1 L 4 and 9 can be readupside down.o on rearranging these digits we getthe answer as 1%9L4

9. The shape in the sketch below is that of a suare attached to half of a similarsuare.-ivide it into four eual pieces

'ns? @int ? the figure can be divided into 1$ eual triangles

1%. upposing a clock takes 7 seconds to strike 7. @ow mlong will it take to strike 1%=

'ns? 1% 1K$ seconds.

4

1. Jathers age is three years more than three times the sons age. 'fter three years# fathers age will be ten years more than twice the sons age. /hat is the fathers present age.

'ns?


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G " " G " " GV 6 " " G :::::::::: * + G >

'ns? 9


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'ns. 2s $ (, marks) (@int? 2ams sister# hyams neice and umnaams wife are the same person)

7. Jour persons '# # and - are playing cards.

>ach person has one card# laid down on the table below him# which has two differentcolours on either side. The colours visible on the table are 2ed# reen# 2ed and lue. They see the color on the reverse side and give the following comment.

A? Fellow or reen*? Geither lue nor reenC? lue or FellowD? lue or Fellow

iven that out of the , people $ always lie find out the colours on the cards each person.

Se)ti! *

1. Jrom a vessel# 1K


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'll the statements by the two are false.@ow old are they really=

'ns? 6ala D very evening 2am ingh reaches the station at 5 " lock. angaram also reaches at the same time. "ne day 2am ingh started early from his office and came to the station at , " lock. Got wanting to wait for the car he starts walking home. 6angaram starts at normaltime# picks him up on the way and takes him back house# half an hour early.

@ow much time did 2am ingh walk=

L. 0n a railway station# there are two trains going. "ne in the harbour line and one in the main line# each having a freuency of 1%minutes. The main line service starts at 5 oclock and the harbour line starts at 5.%$'.6.

' man goes to the station every day to catch the first train that comes./hat is the probability of the man catching the first train=

'ns? %.4

7. ' family C went for a vacation. +nfortunately it rained for 1< days when they were there. ut whenever it rained in the mornings# they had clear afternoons and vice versa. 0n all they en8oyed 11 mornings and 1$ afternoons.

@ow many days did they stay there totally=

'ns? 14

4. ' survey was taken among 1%% people to find their preference of watching T.A.programmes. There are < channels. iven the no of people who watch

at least channel 1 at least channel $ at least channel < no channels at all atleast channels 1and < atleast channels 1 and $ atleast channels $ and


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Jind the no of people who watched all three.

9. 'lbert and Jernandes have two leg swimming race. oth start from opposite ends of the pool. "n the first leg# the boys pass each other at 14 m from the deep end of the pool.

-uring the second leg they pass at 1% m from the shallow end of the pool.oth go at constant speed but one of them is faster. >ach boy rests for , seconds at the end of the first leg.

/hat is the length of the pool=

1%. >ach alphabet stands for one digit in the following multiplication.

T @ 0 ! 0

::::::::: C J C C

C C + C::::::::::::C C G C C::::::::::::

/hat is the ma!imum value T can take=

5

.'n escalator is descending at constant speed.' walks down and takes 5% steps to reach the bottom.

runs down and takes 9% steps in the same time as ' takes 1% steps.@ow many steps are visible when the escalator is not operating=

'ns? 15% steps

$. >very day a cyclist meets a train at a particular crossing. The road is straight before the crossing and both are travelling in the same direction. The cyclist travels with a speed of 1% Imph. "ne day the cyclist comes late by $5 min. and meets the train 5km before the crossing.

/hat is the speed of the train=

'ns? L% kmph


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or neither have a first ormiddle name of 6ohan.

>ither 0yer or harma has a first or middle name of Iumar but not both. /ho has the first or middle name of 'nil=

'ns? Iumar 6isra -ev 6ohan 0yer -ev Iumar atil 6ohan 6ohan harma Iumar

,. oys are allowed to watch football at .A.2aman auditorium sub8ected to conditions.

The boy over age 1L can wear overcoat Go boy over age 15 can wear cap To watch the football either he has to wear overcoat or cap or both ' boy with an umberella or above 1L or both cannot wear sweater.

oys must either not watch football or wear sweater.

/hat is the appearence of the boy who is watching football.

5. ' bird keeper has got pigeons# 6 mynas and sparrows.The keeper goes for lunch leaving his assistant to watch the birds.

uppose pD1%# mD5# sD4 when the bird keeper comes back# the assistant informsthe ! birds have escaped. The bird keeper e!claims? B"h noS 'll my sparrows aregone.B

@ow many birds flew away= /hen the bird keeper comes back# the assistant told him that ! birds haveescaped. The keeper realised that atleast $ sparrows have escaped./hat is minimum no of birds that can escape=

L. 'nswer the following uestions based on the conditions from the choices '# # # -# >as described below?(') if a definete conclusion can be drawn from condition 1() if a definete conclusion can be drawn from condition $() if a definete conclusion can be drawn from condition 1 and $

(-) if a definete conclusion can be drawn from condition 1 or $(>) no conclusion can be drawn using both conditions

person 1 says GO5 person says GP5 person < says


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/hat is the value of G=

a) 1. Go of persons who speak false being less than no of persons who tells the truth.$. erson $ is telling the truth.

b) 1. no of persong telling the truth is greater than no of persons telling lies$. person 5 is telling the truth.

7. There are G coins on a table and there are two players ' E . Fou can take 1 or $ coins at a time.

The person who takes the last coin is the loser.' always starts first.

0f GD7

(a) ' can always win by taking two coins in his first chanse(b) can win only if ' takes two coins in his first chance.(c) can always win by proper play(d) none of the above

$. ' can win by proper play if G is eual to(a) 1< (b)


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There are < pairs whose sum is 11.Jind the number.

'ns? L5$9$

1%. ' hotel has two wings#the east wing and the west wing. ome east wing rooms but not all have an ocean view. 'll west wing rooms have a harbour view. The charge for all rooms is identical# e!cept as follows ?

>!tra charge for all harbour view rooms on or above the !tra charge for all ocean view rooms e!cept those without balcony >!tra charge for some harbour rooms on the first two floor E some east wing

rooms without ocean view buthaving kitchen facilities.

/hich of the following cannot be determined on the basis of the nformation given?

0. /hether there are any rooms without a balcony for which an e!tra charge is imposed.00. /hether any room without a kitchen or a view involves an e!tra charge.000. /hether two e!tra charges are impsed for any room.

(') 0 only() 00 only() 000 only(-) 00 and 000 only

(>) 0# 00 and 000

(This uestion is from 1999 arrons 2> uide model Test < : section L# uestion $$)

'ns? (')

6

. Three friends divided some bullets eually. 'fter all of them shot , bullets the totalnumber of bullets remaining is eual to the bullets each had after division. Jind theoriginal number divided.

'ns? 14 ( 0nitially . ! ! !Gow !:, !:, !:, ) >uation is

$. ' ship went on a voyage. 'fter it had traveled 14% miles a plane started with 1% timesthe speed of the ship. Jind the distance when they meet from starting point.

'ns? $%%miles. ( -istance traveled by plane D 1K1% distance traveled by shipV 14% )


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ach letter must be represented by the same digit and nobeginning letter of a word can be %. " G >

" G > " G >

" G > T > G 'ns? " D1# G D 4 #> D $# T D 7

,. 0n a railway station# there are two trains going. "ne in the harbor line and one in themain line# each having a freuency of 1% minutes. The main line service starts at 5oclock and the harbor line starts at 5.%$'.6. ' man goes to the station every day to catchthe first train that comes. /hat is the probability of the man catching the first train=

'ns? %.4

5. Ge!t number in the series is? 1 # $ # , # 1< #


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1$. Two trains starting at same time# one from angalore to 6ysore and other in oppositedirection arrive at their

destination 1 hr and , hours respectively after passing each other. @ow much faster isone train from other= 'ns? Twice

1very day a cyclist meets a train at a particular crossing. The road is straight beforethe crossing and both are traveling in the same direction. The cyclist travels with a speedof 1%kmph. "ne day the cyclist comes late by $5 min. and meets the train 5km before thecrossing. /hat is the speed of the train= 'ns? L%kmph

1,. ' man collects cigarette stubs and makes one full cigarette with every 4 stubs. 0f hegets L, stubs how many full cigarettes can he smoke.

'ns? 4V1D9

15. The minute and the hour hand of a watch meet every L5 minutes. @ow much does thewatch lose or gain time and by how much='ns? ains 5K11 minutes

1L. ' survey was taken among 1%% people to find their preference of watching T. A.programs. There are < channels. iven the no of people who watch

at least channel 1 at least channel $ at least channel < no channels at all

at least channels 1and


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? lue or Fellow -? lue or Fellow iven that out of the , people $ always lie find out the colors on the cards each person. 'ns.

19. ometime after 1%?%% 6 a murder took place. ' witness claimed that the clock must

have stopped at the time of the shooting. 0t was later found that the position of both thehands were the same but their positions had interchanged.Tell the time of the shooting (both actual and claimed). 'ns? Time of shooting D 11?5, 6 laimed Time D 1%?59 6

$%. ome statements are given below?

; says all of my other four friends have money 6 says that said that e!actly one among them has money G says that ; said that precisely two among them have money

" says that 6 said that three of the others have money # ; and G said that they have money

'll the above statement are false. /ho has money E who doesnt have any money='ns.

$1. The ulls# acers# ;akers and *a33 ran for a contest. 'nup# u8it# *ohn made thefollowing statements regarding results.

'nup said either ulls or *a33 will definitely win u8it said he is confident that ulls will not win

*ohn said he is confident that neither *a33 nor ;akers will win

/hen the result came# it was found that only one of the above three had made a correctstatement. /ho has made the correct statement and who has won the contest.

'ns? u8ith ;akers

$$. There are five persons with surnames 6ukher8ee# 6isra# 0yer# atil and harma.There are , persons having first or middle name of Iumar# < persons with 6ohan# $persons with -ev and 1 'nil. >ither 6ukher8ee and atil have a first or middle name of-ev or 6isra and 0yer have their first or middle name of -ev. "f 6ukherk8ee and 6isra#either both of them have a first or middle name of 6ohan or neither have a first

or middle name of 6ohan. >ither 0yer or harma has a first or middle name of Iumar butnot both. /ho has the first or middle name of 'nil='ns? Iumar 6isra -ev# 6ohan 0yer -ev# Iumar atil 6ohan# 6ohan harma

Iumar

$


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across from the doctor and ne!t to the chemist. The doctor was thinking that oobie wasa goofy name for parents to choose# but didnt say anything. /hat is each personsoccupation= 'ns? ince -ave spoke to the biologist and 'nn sat ne!t to the chemist and acrossthe doctor# athy must be the author and 'nn the biologist. The doctor didnt speak# but

-avid did# so obbie is the doctor and -ave the chemist.

$,. There are L volumes of books on a rack kept in order ( i.e. vol.1# vol. $ and so on ).ive the position after the following changes were noticed.

'll books have been changed Aol.5 was directly to the right of Aol.$ Aol., has Aol.L to its left and both werent at Aol.ast then half mile toGorth. Then 1K, mile to /est# then 1K4 mile to outh and so on making a loop. Jinallyhow far he is from his camp and in which direction.

'ns? -istance traveled in north and south directions?1K$ : 1K4 V 1K


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color. ome bo!es contain only red balls and others contain only blue. "ne sales mansold one bo! out of them and then he says# B 0 have the same number of red balls left outas that of blue B. /hich bo! is the one he sold out =

'ns? Total no of balls D 49 and (49:$9 K$) D L%K$ D


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9 1% 11 1$

The locker belonging to *"G> was to the right of ;'I locker and directlyabove 60;;'2.

""T@ locker was directly above 60;;'2. 60T@ locker was also above 2'Fs (though not directly).

2>>G locker was directly below 60T@. /0;"G locker was between that of -'A0 and ""T@. 60;;'2 locker was on the bottom row directly to the right of @>2-. /@0T> locker was on the bottom right hand corner in the same column as

""T@.

/hich bo! belonged to 6r. 6athurs= 'ns? o! number 9 belongs to 6r. 6athurs.


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6. 'n escalator is descending at constant speed. ' walks down and takes 5% steps to reachthe bottom. runs down and takes 9% steps in the same time as ' takes 1% steps. @owmany steps are visible when the escalator is not operating=

'ns? 15% steps

7.' chain is broken into three pieces of eual lengths containing < links each. 0t is takento a blacksmith to 8oin into a single continuous one. @ow many links are to to be openedto make it =

'ns ? $.

8.There is a safe with a 5 digit number as the key. The ,th digit is , greater than seconddigit# while


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13. ' car is traveling at a uniform speed. The driver sees a milestone showing a $:digitnumber. 'fter traveling for an hour the driver sees another milestone with the same digitsin reverse order. 'fter another hour the driver sees another milestone containing the sametwo digits. /hat is the average speed of the driver.

'ns? ,5kmph

14.' hotel has 1% storeys. /hich floor is above the floor below the floor# below the floorabove the floor# below the

floor above the fifth. 'ns? The si!th floor.

15.'lbert and Jernandes have two leg swimming race. oth start from opposite ends ofthe pool. "n the first leg# the boys pass each other at 14 m from the deep end of the pool.-uring the second leg they pass at 1% m from the shallow end of the pool. oth go atconstant speed but one of them is faster. >ach boy rests for , seconds at the end of thefirst leg. /hat is the length of the pool=

'ns.

16.hahrukh speaks truth only in the morning and lies in the afternoon# whereas almanspeaks truth only in the afternoon. ' says that is hahrukh. 0s it morning or afternoonand who is ' : hahrukh or alman. 'ns? 'fternoon ' is alman.

17.' person with some money spends1K< for cloths# 1K5 of the remaining for food and1K, of the remaining for travel. @e is left with 2s 1%%K: . @ow much did he have with him in the beginning =

'ns? 2s $5%K:

18.2am# hyam and umnaam are friends.2am is a widower and lives alone and his sister takes care of him.hyam is a bachelor and his niece cooks his food and looks after his house.

umnaam is married to ita and lives in large house in the same town. ita gives the idea that all of them could stay together in the house and share monthlye!penses eually. -uring their first month of living together# each person contributed 2s.$5. 't theend of the month# it was found that 2s 9$ was the e!pense so the remaining amount wasdistributed eually among everyone. The distribution was such that everyone received awhole number of 2upees. @ow much did each person receive= 'ns. 2s $ (@int? 2ams sister# hyams niece and umnaams wife are thesame person)

19.There are < societies '# # . ' lent cars to and as many as they had already.'fter some time gave as many tractors to ' and as many as they have. 'ftersometime c did the same thing. 't the end of this transaction each one of them had $,.Jind the cars each originally had.

'ns? ' had


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20.am and 6ala have a conversation.

am says 0 am certainly not over ,% 6ala says 0 am


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25.There G stations on a railroad. 'fter adding C stations on the rail route ,L additionaltickets have to be printed.

Jind G and C.'ns. !D$ and GD11 ( ;et initially# G(G:1) D t 'fter adding# (GVC)(GVC:1)

D tV,LTrail and error method )

26. omplete the Table given below? Three football teams are there. iven below is the group table. Jill in the !s

%/;e @! #st D/ (/s F (/s A/i!st

A $ $ ! ! ! 1

* $ ! ! 1 $ ,

C $ ! ! ! < 7

'ns? The filled table is given below

%/;e @! #st D/ (/s F (/s A/i!st

A $ $ % % 7 1

* $ % 1 1 $ ,

C $ % 1 1 < 7

27.' bird keeper has got pigeons# 6 mynas and sparrows. The keeper goes for lunchleaving his assistant to watch the birds.

uppose pD1%# mD5# sD4 when the bird keeper comes back# the assistant informsthe ! birds have escaped. The bird keeper e!claims? B"h noS 'll my sparrows aregone.B@ow many birds flew away=

/hen the bird keeper comes back# the assistant told him that ! birds haveescaped. The keeper reali3ed that at least $ sparrows have escaped.

/hat is minimum no of birds that can escape='ns.

28.even members sat around a table for three days for a conference. The members names were 'bhishek# 'mol# 'nkur# 'nurag# huwan #Aasu andAikram. The meetings were chaired by Aikram. "n the first evening members sat around the table alphabetically. "n the following two nights# Aikram arranged the seating so that he could have'bhishek as near to him as

possible and absent minded Aasu as far away as he could.


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"n no evening did any person have sitting ne!t to him a person who had previouslybeen his neighbor. @ow did Aikram manage to seat everybody to the best advantage on the second andthird evenings= 'ns? Se)! ee!i!? Aikram# 'nkur# 'bhishek# 'mol# Aasu# 'nurag and

huwan. Ti ee!i! ?Aikram# 'nurag# 'bhishek# Aasu# huwan# 'nkur# 'mol.

29.Two twins have certain peculiar characteristics. "ne of them always lies on 6onday#/ednesday# Jriday. The other always lies on Tuesdays# Thursdays and aturdays. "n theother days they tell the truth. Fou are given a conversation.

erson ':: today is unday my name is 'nil erson :: today is Tuesday# my name is ill

/hat day is today=

'ns? Today is Tuesday.

30.Jour prisoners escape from a prison. The prisoners# 6r. >ast# 6r. /est# 6r. outh#6r. Gorth head towards different directions after escaping. The following information oftheir escape was supplied?

The escape routes were The Gorth 2oad# outh 2oad# >ast 2oad and /est 2oad. Gone of the prisoners took the road which was their namesake. 6r. >ast did not take the outh 2oad 6r. /est did not the outh 2oad. The /est 2oad was not taken by 6r. >ast

/hat road did each of the prisoners take to make their escape= 'ns? 6r. >ast took the Gorth 2oad 6r. /est took the >ast 2oad

6r. Gorth took the outh 2oad 6r. outh took the /est 2oad.

31.' hotel has two wings# the east wing and the west wing. ome east wing rooms butnot all have an ocean view. 'll west wing rooms have a harbor view. The charge for all rooms is identical# e!ceptas follows ?

>!tra charge for all harbor view rooms on or above the !tra charge for all ocean view rooms e!cept those without balcony >!tra charge for some harbor rooms on the first two floor E some east wing

rooms without ocean view buthaving kitchen facilities.


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The written test is of two parts

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