12
7/23/2019 GATE Architecture Solved 2011 (1) http://slidepdf.com/reader/full/gate-architecture-solved-2011-1 1/12 2011 AR AR : ARCHITECTURE AND PLANNING Duration Three Hours Maximum Marks 100 Read the following instructions carefully. AR 1 Write your name and registration number in the space provided at the bottom of this page. 2 Take out the Optical Response Sheet (ORS) from this Question Booklet without breaking the seal. 3. Do not open the seal of the Question Booklet until you are asked to do so by the invigilator. 4 Write your registration number, your name and name of the examination centre at the specified locations on the right half of the ORS. Also, using HB pencil , darken the appropriate bubble under each digit of your registration number and the letters correspo nding to your test paper code (AR). 5 This Question Booklet contains 16 pages including blank pages for rough work. After openin g the seal at the specified time, please check all pages and report discrepancy, if any. 6. There are a total of 65 questions carrying 100 marks. All these quest ions are of objective type. Questions must be answered on the left hand side of the ORS by darkening the appropriate bubble (marked A, B, C, D) using HB pencil against the question number . For each question darken the bubble of the correct answer. In case you wish to change an answer, erase the old answer completely. More than one answer bubbled against a question will be treated as an incorrect response. 7. Questions Q l Q.25 carry 1 -mark each, and questions Q.26- Q.55 carry 2-marks each. 8 Questions Q.48 - Q . 51 (2 pairs) are common data questions and q uestion pairs Q.52, Q.53) and (Q.54 , Q.55) are linked answer questions. The answer to the second question of the linked answer questions depends on the answer to the first question of the pair. f the first question in the linked pair is wrongly answered or is unattempted, then the answer to the second question in the pair will not be evaluated. 9 Questions Q.56- Q.65 belong to General Aptitude (GA). Questions Q.56- Q.60 carry 1-mark each, and questions Q.61- Q.65 carry 2-marks each. The GA questions begin on a fresh page starting from page 10. 10 Unattempted questions will result in zero mark and wrong answers will result in NEGATIVE marks. For Q.l - Q.25 and Q.56 -Q .60, mark will be deducted for each wrong answer. For Q. 26 - Q.51 and Q.61 - Q.65 , mark will be deducted for each wrong answer. The question pairs (Q.52 , Q.53) , and (Q.54, Q.55) are questions with linked answers. There will be negative marks only for wrong answer to the frrst question of the linked answer question pair , i.e. for Q.52 and Q.54, mark will be deducted for each wrong answer . There is no negative marking for Q.53 and Q.55. 11 Calculator is allowed whereas charts, graph sheets or tables are NOT allowed in the examination hall. 12. Rough work can be done on the question paper itself. Additionally , blank pages are provided at t he end of the question paper for rough work. I ame 6 www.examrace.co

GATE Architecture Solved 2011 (1)

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Page 1: GATE Architecture Solved 2011 (1)

7/23/2019 GATE Architecture Solved 2011 (1)

http://slidepdf.com/reader/full/gate-architecture-solved-2011-1 1/12

2011

AR

AR

: ARCHITECTURE AND PLANNING

Duration

Three Hours

Maximum Marks

100

Read the following instructions carefully.

AR

1 Write your name and registration number in the space provided at the bottom

of

this page.

2

Take out the Optical Response Sheet (ORS) from this Question Booklet without breaking the seal.

3. Do not open the seal of the Question Booklet until you are asked to

do

so by the invigilator.

4

Write your registration number, your name and name

of

the examination centre at the specified

locations on the right half

of

the ORS. Also, using HB pencil, darken the appropriate bubble under

each digit

of

your registration number and the letters corresponding to your test paper code (AR).

5 This Question Booklet contains

16

pages including blank pages for rough work. After opening the

seal

at

the specified time, please check all pages and report discrepancy, if any.

6. There are a total

of

65 questions carrying 100 marks. All these questions are

of

objective type.

Questions must be answered on the left hand side of the

ORS

by darkening the appropriate bubble

(marked A,

B,

C, D) using HB pencil against the question number. For each question darken the

bubble

of

the correct answer.

In

case you wish to change an answer, erase the old answer

completely. More than one answer bubbled against a question will be treated as an incorrect response.

7. Questions

Q l

Q.25 carry 1-mark each, and questions Q.26- Q.55 carry 2-marks each.

8 Questions Q.48 - Q.51 (2 pairs) are common data questions and question pairs

Q

.52, Q.53) and

(Q.54, Q.55) are linked answer questions. The answer to the second question of the linked answer

questions depends on the answer to the first question of the pair. f the first question in the linked pair

is wrongly answered or is unattempted, then the answer to the second question in the pair will not be

evaluated.

9 Questions

Q.56-

Q.65 belong to General Aptitude (GA). Questions Q.56- Q.60 carry 1-mark each,

and questions Q.61- Q.65 carry 2-marks each. The GA questions begin on a fresh page starting from

page 10.

10 Unattempted questions will result in zero mark and wrong answers will result in NEGATIVE marks.

For

Q.l

- Q.25 and Q.56 - Q.60, mark will be deducted for each wrong answer. For Q.26 - Q.51

and Q.61 - Q.65, mark will be deducted for each wrong answer. The question pairs (Q.52, Q.53),

and (Q.54, Q.55) are questions with linked answers. There will be negative marks only for wrong

answer to the frrst question of the linked answer question pair, i.e. for Q.52 and Q.54, mark will be

deducted for each wrong answer. There is no negative marking for Q.53 and Q.55.

11

Calculator is allowed whereas charts, graph sheets or tables are NOT allowed in the examination hall.

12. Rough work can be done on the question paper itself. Additionally , blank pages are provided at the

end of the question paper for rough work.

I ame

6

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2011

Q. 1 Q. 25 carry on mark each.

Q.1 Capital town of Gandhinagar has been designed by

(A) Norman Foster (B) B.V. Doshi (C) H.K. Mewada (D) Le Corbusier

Q.2 Rajiv A was Yojana of Ministry of Housing, Government

of

India addresses housing for

(A) Middle Income Group

(C)

High Income Group

(B) Low Income Group

(D) SlumDwellers

Q.3 The triangular space formed by two consecutive arches is

(A) Tympanum (B) Spandrel

Q.4 Rose Window is an iconic feature of

(A) Notre Dame, Paris

(C)

St. Peter s, Rome

Q.5 Purity of colour is described by

(A)

Hue

(B)

Value

(C)

Regula

(D) Extrados

(B) Hagia Sophia, Istanbul

(D) Victoria Memorial, Kolkata

(C)

Chroma (D)

Tone

R

Q.6 A slab simply supported on all its edges with a ratio

of

longer side to shorter

side

greater or equal to

2.0

is

designed as

(A) One way slab

(C) Flat slab

Q.7 Entablature consists of

(A) Architrave, Tenia, Comice

(C)

r ~ e z e

Cornice, Triglyphs

Q.8 Town planned for

Motor

Age  refers to

(A) Toronto, Ontario

(C) Radburn, New Jersey

(B) Two way slab

(D) Coffered Slab

(B) Architrave, Frieze, Cornice

(D) Cornice, Guttae, Tympanum

(B) Nassan Shores, Long Island

(D) Green Belt, Maryland

Q.9 The minimum road curb length required for parking 10 cars perpendicular to the road is

A)

15m

(C)

35m

Q.IO Which of the following generates heat island?

(A) Urban areas

(C) Wetlands

(B)

25m

D) 40

m

(B) Coastal areas

(D) Forest areas

Q.ll

The

most suitable earthquake resistant built plan form

is

A)

B)

(C)

R

(D)

2 16

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201

Q l2 T

ransfer

of Deve

lopmen t

 Right (

TDR) i s

 a tool u

sed for

(

B) Land

 develo

pm en t

A

) H um a

n devel

opment 

(C) E c

onomic

 deve lo

pment

(

D) Infra

structu r

e develo

pment

Q l

3 Danda

ka form

 

of

 sett l

ement la

yo ut is

basica ll

y a

(A) G rid Iron pattern

(C

) Radi

al patter

n

(

B ) Ring

 radial p

attern

(D)

Informa

l Pattern

 

Q

l4 Maxim

um ho

rizontal 

angle fr

om the s

peaker  

in a sea t

ing area

 of a le c

ture th e

atre sho

uld be

(A

) 70°

B

)

9

(C

) 120 °

 

Q. 5

  U -v

aluc re

fers to

(A)

Utility f

unction

for conv

ective h

eat tran

sfer

(B) T

hermal

 t ransm i

ttance of

buildi

ng comp

onents

(C)

Energy

transfer

  between

  therma

l bridge

s

(

D ) M ea

sure for

  area re l

ated hea

ting an d

 coolin g

  loads

Q l

6 Consis

tency

of cemen

t is m eas

ured by

 

(A

) Pycom

eter

(C

) Univ

ersal Te

sting M a

chine

(B) S

lump

c

one

(

D) Vica

t s appa

ratus

D)  140°

Q l

7

The

ap

propria

te mater

ial for fl

ooring

of an ext

ernal ra

mp of a

 bu ilding

 w ou ld

  be

(A) Pol

ished gr

anite

(C

) Glazed

 cerami

c tile

(B) W

ax poli

shed ma

rble

(D) R

ough fi

nish san

dstone

Q l8 W h

ich

of

t

he follo

wing

is

T

a m

ember

 of a Ste

el Truss

?

(A) G u

sset Pla

te

(B

) Wal l P

la te

Q l9

  Ident

ify the o

dd on

e among t

he follo

wing

(A) S

ecuri ty

deposit

(C)

Perform

ance ba

nk guara

ntee

Q.20

  W ee

p hole is

 a term

used to

describe

 

(C) F i

sh Pla te

 

(B )

 Profess

io nal tax

 

(D

) Earne

st mone

y

(D) Anchor

Bo

lts

(

A ) Perf

orations

  in the c

ast iron

pipe use

d for bo

ring

(B) H

oles in

retainin

g wall fo

r draini

ng wate

r

(C) H

oles in t

he cove

r plate

of floor t

raps

(D

) Holes

 dug in

earth to

 recharg

e ground

 water

Q.21 Busway, Busduct and Raceway are  compo nents

of 

(A) Sec

uri ty sy

stems

(C )

 Electr

ical syst

ems

(B

) ir co

nditioni

ng syste

m s

(

D ) Wate

r supply

 system

s

Q.2

2

The

 

differe

nce betw

een W

et Bulb T

empera

ture an

d Dry B

ulb Tem

perature

  is calle

d

R

(A) Dry

 b

ul

b de

pression

 

(C )

  Variab

l.e depre

ssion

(B) W

et bulb d

epressi

on

(D

) Atmo

spheric

depressi

on

3 16

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201

Q .

23 

In

Indi

a , 

one

 

o

f the

 

Slu

I

m pr

ove

m en

t in i

ti a ti

ves

is

A

) S

pec i

a l R

esid

ent

ia l

Zon

e

C

) Ind i

ra A

 was

 Yo

ja na

 

B) V

aJm

iki

 A m

bed

kar

M al

in  B

asti

A w

as Y

o jan

a  

D )

Eco

 H o u

sin g

 

Q

.24

  S

usp

ende

d  F

loo r

s is

a

st

r

uctu

ra l

syst

em  

used

 in

A ) L

loy

ds B

uild

ing,

 L on

don

 

B

) Ji

n M

ao B

uild

ing,

 Sha

ngh

ai

C ) Pe

tron

as T

ow

er , K

ual

alam

pu

r

D ) H

ong

kon

g Sh

ang

ha i

 Ba

nk, H

ong

kon

g

Q .2

5  

R es

idu

a l m

etho

of va

lu ati

on i

s us

ed  t

o de

term

ine

 

A )

 P u

bli c

P riv

ate

Part

ners

hip

D ea

l

C )

 

P

rope

rty

Tax

 

Q

.

26

 to

 

Q .

 

55 

ca

rry

 tw o

 ma

rk

s ea

ch.

 

B

) R e

n t 

D

) S e

lling

 P ri

ce  

Q.2

6

Ma

tch

 

t

he b

uild

in gs

 in

G r ou

I w i

th th

eir a

rch

ite c

ts in

 

G

ro

up

II 

Group 

P

  B ib

lio th

eca

 Ale

xan

drin

a , A

lexa

ndr

ia 

Q.

 

I

nsti t

u t d

u M

on

de A r

ab,

P ar i

s

R. 

Ban

k of

 Chin

a, H

ong

kon

S.

Jew

ish

M us

eum

, B e

rlin

 

A )

 P-5

, Q

-2, R

-1 , S

-4

C

) P

-4 , Q

-2,

 R-5

, S-

3

Group

I I

1.  I .

M .

Pe i

2.

 Jea

n N

ouve

l

3 .

 D a

n iel

L ib

eski

nd  

4.

 Re

nzo

P ian

o  

Sm 

Jhet

ta

B) P

-5 ,

Q-4

, R -

1, S

-3 

D)

 P-5

, Q

-2 , R

-1,

S-3

AR

Q

.27

  A

 roo

m  m

eas

urin

5 m x

3 .5

 m 

encl

osed

 by

 bri c

k  w

all

ha

s a ce

il ing

 at

3m

 heig

ht.

T he

 ro o

m  h

as  a

 

do

o

r

and

  a  w

indo

w  o

pen

ing

 of l

  m x

2

rn  a

nd 

1 m x

  l

m  r

espe

cti v

ely.

 

The

 

qu

an ti

ty  o

f pl

aste r

in g

 

requ

ir ed

  for

  in t

erio

r w a

ll s 

in sq

m )

 is 

A

) 4

6.5

B )

  8

 

C

)

5

D )

68.5

 

Q .

28 

O n

e c

u bic

 me

tre o

f O r

d in

a ry P

o r t

land

 Ce

men

t yie

ld s

a vo

lum

e o

fM

l5 co

ncr

ete i

n th

e ra

nge

of  

A

) 2 

to

 

3

cu

m

B

) 4

to 5

cum

 

C

) 7

to

 

8

 cu

m

D

) 8

 to 9

 c

um

Q

.2 9

M

at

ch th

e

CA

c

om

m an

ds in

 G r

oup

I w

ith

th e i

r fun

ct io

ns i

n G

r oup

 II

A

G

rou

p

P

. LA

YI

SO 

Q . 

L A Y M C H

R.

 L

AYM

RG

 

S.

L

AYL

CK

 

A

) P

-2 ,

Q-4,

 R-1

, S-

5

C )

 

P

-4 , Q

-2,

 R-3

, S-

5

G r

oup

 II

1

  bl

end

s sel

ecte

d ob

ject

 to d

est i

nati

on  l

aye

r

2.

fr eezes la

yer

of 

se

lect

ed o

b je

c t 

3. h

id es

 

or

l

ock

s lay

ers

o the

r th

an t

hose

 of

selec

te d

 obj

ects

4.

 ass

igns

 se le

cte d

 ob

jec t

 to  d

esti

nati

on  l

ayer

 

5.

  lo c

ks o

b jec

t o

f des

tinat

ion

 laye

r

B

)

P

-3 ,

Q-2

, R-

1, S-

D)

 

P

-3 ,

 Q-

4, R -

1, S

-5 

4/16

 

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11 

Q .

30

 

M

atc

h  t

he

 b u

ild

ing

s

in

 G

ro

up

 

I

  w

ith

  th

eir

 co

rr

esp

on

din

g

str

uct

ur

al f

or

m s

  i

n G

ro

up

 I

I

G

r

ou

p I

G r

o

up

 

I

I

P.

 H a

ll o

f N

a

tio

ns,

  N

ew

 D

e l

h i 

l

.

Sph

eri

cal

 

Struc

tu

re

Q

. Sa

lva

ca

o C

h

urc

h,

M

um

ba

2.

 Fo

ld

ed

  Pl

ate

s  

R

.

St

ate

 Tr

ad

ing

  C

orp

oration  Buildin g, New  D elhi  3. O cta hedral latt ice   st ructure

S

. M

at

rim

an

d ir

  A

u

rov

ill

(A

)

P-3

, Q

-5

, R

-4

. S

-1

(C

) P

-3,

  Q-

5,

R-

4,

S-2

 

4.

V ie

re

nd

eel

  g i

rd e

rs

 

5. S

he

ll

roo

f s

tr u

ct

ure

 

(B

)  P

-2,

  Q

-5,

  R-

4,

  S-

D

) P-

3.

Q-

5,

R-2

, S

-1

 

Q

.3

l  

Id

en

tif

y  t

he

 

IN

 

OR

REC

T

 

sta

tem

e

nt

(A

)

Gu

gg

en

he

im ,

  B

ilb

ao

  is

an

ex

am

pl

e  o

f D

ec

on

str

uc

tiv

ism

 

B)

Sil

ve

r  A

bs

tra

cti

on

  is

 a  t

erm

 u

se

d  f

or

m e

ta l

 cl

ad

  m

ode

rn

  hi

gh

  ri s

e b

ui

ldi

ng

s  

(C

)

Spi

ral

  B

uil

din

g

in

 To

ky

o  h

as

a c

ur

vi l

ine

ar

 bu

ilt

 fo

rm

 

(D

)

Fre

B

uild

ing

  p

lan

  fo

rm

  is

  a c

on

ce

pt

 g iv

en

  b

y L

e C

o

rbu

sie

r

Q .32   M atc h the  te rm s 

in 

G

roup 

I  with  th eir  d escriptions in G r o

up 

G

ro

up

 I

P

. Q

uo

in

 

Q.

  St

uc

co

 

R

. M

a

nd

a la

 

S

.  C

up

ol

(

A )

 P-

4,

Q-

3 ,

R-2

,

S

-1

(

C)

  P-

4,

Q -

5,

R-

1

 

S

-2

 

G

ro

up

 I

l .

 G e

om

e

tr ic

 r e

pr

ese

nt

atio

n

of

the

 u

niv

er

se

2.

Sm

al

l  d

om

e

3.

Tr

ian

gu

r fo

rm

 ab

ov

e

an

op

en

in g

 

4.

Co

rn

er

sto

ne

 

at th

e a

ng

le o

f

bui

ld

ing

5. P

las

te

B)

 P

-3

, Q

-5

, R-

1

, S

-4

(D

) P

-3

, Q

-1 ,

 R -

5 ,

 S -

4  

Q

.3

M

at

ch

the

 ar

ch

ite

ctu

ra

l st

yle

s

in G

ro

up

 l

  w

ith

  th

eir

  fe

atu

res

  in

 G

ro

up

 II

 

G

r o

up

 I

P

. W

e

st

A s

iati

Q

. G

re

ek

 

R

. B

yz

an

tin

S.

  J

ap

an

ese

 

(A

) P

-3,

  Q

-2,

  R-1

,

 S-

4  

(C)

 P-

5, Q

-4

. R

-1

, S

-3

 

G r

ou

p

 II

1

.

A

rch

es

  an

d  p

en

de

nti

 ve

2.

Pa

go

da

3

. Fl

yin

g  b

ut

tre

sse

s

4.

Or

de

rs

and

 p

ed

im

ent

5. H

an

gi

ng

ga

rde

ns

 

(B

)  P

-5

, Q

-4

, R

-1.

  S -

2  

D

)

P

-4,

Q-

3,

R-

5 ,

S-2

 

Q .

34

 

G e

st

a lt

 s L

aw

s

of

 vis

ua

l  p

erc

ep

tio

DO

 N

O

r

ela

te

  to

(A

) A

e

sth

eti

cs

of

for

m  

are

  a

 f u

nct

ion

  o

f G

ol

den

 S

ec

tio

B)

 T h

in

gs

are

 p

erc

eiv

ed

  as

  a

wh

ol

(

C)

W

ho

le

is  g

re

ate

r  th

an

  th

e s

um

 t

ota

l o

f i

ts p

ar

ts

D

) E

lem

e

nts

  w

ith

  co

nt

inu

ity

  a r

e  p

er

cei

ve

d  t

og

eth

er

Q .

35

 

sit

e  in

  a

  m

ap

dra

w

n  t

o s

cal

e o

f 1

:1

60

00

 m

eas

ur

es

75

sq

cm

Th

e ac

tua

l a

re

a  o

f t

he

sit

in 

hec

ta

res

  is

 

A

A

) 1

20

 

C

) 1

92

 

B

) 1

62

 

D

) 2

56

 

A

5

6

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20

11

AR

Q.

36 

Id

ent

ify

 

th

e

CO

RR

ECT

 C

AD

 sta

tem

en

ts 

P.

 

S

PL

IN

E

co

nne

cts

 se

qu e

n ce

 o

f lin

e

s

eg

me

n

ts i

nto

 a s

ing

le  o

bje

ct

Q

.

S

PL

IN

E

is

a sm

oot

h

 

cu

rve

 pa

ss in

g t

hro

ugh

 or

ne

ar a

 giv

en

 se

t o

f po

in ts

 

R

. PLJ

NE

 c

rea

tes s

tra

ig h

t lin

seg

m e

nts

, a r

c

s

egm

e

n

ts o

r b

oth

 

S

.

P

LI

NE

 

can

 

b

e

clo

sed

 on

ly 

w h

e n 

its  

s ta r

t an

d e

nd

 poi

nts

 

a

re

co

inc

ide

nt

an d

 ta

nge

n t 

T.

 

PL

INE

 a llo

ws

 a

d ju

sti

ng 

the

 w i

dth

 

a

nd

cu

rv

a tu r

e of

 it

s m

ult

i li n

e se

gm

en

ts

U.

SP

LI

NE 

ca

be

exploded in to  sm a

ll

er

segm e nts

V.

 

PL

IN

E

c

an 

be c

on

ver

te d

  int

o a

 c o

n tin

uo

us c

urv

e s

eg

men

t

A

) P

, R ,

 S,

B

)

Q ,

R T

, V

 

C

) R

, S

,

T

,

D

) S

, T ,

 

U

 

V

Q.3

M

atc

h  the

 

ern

ln e

nt

p

er

s

ona

l iti

es  in

 G

ro

up

I w

ith

 th

e ir  

boo

ks a

nd

 s t

a tem

en

ts  

in G

ro

up II

 

G

rou

p I

 

P .

Ke

v in

L y

nc h

 

Q.

Ayn

 R

and

 

R.

P

aul

 D. S

p

r

ei

reg

en 

S .

E. F

. S

chu

ma

che

A )

 P-4

, Q

-2 ,

R-

5, S

-3  

C )

 P -

5, Q

-1

, R

-4 , S-

2

G

r ou

p II

 

l.

Th

e F

ou

n ta

in h

ea d

 

2

. Sm

all

 is

 Be

au t

if u l

 

3.  S

ite

 Pl

ann

ing

 

4. 

U rb

an 

D e

sig

n :

A rc

h it

e c t

u re

 

o

f To

wn

s

an

d C

itie

s

5. D

es

ign

 o

f C i

ties

 

B)

 P

-3 ,

Q -

1 , R

-2 ,

 

S

-5

 

D )

 P-3

, Q

-1 ,

 R-

4 , S-2

 

Q.3

M

atc

h

t

he 

u

rb a

n f

o rm

s  l

is te

d i

n G

ro u

p I

 w

it h

 

th

e

to

w ns

 lis

ted

  in 

G ro

up

 

I

I

Gr

ou

p I

P

. G

rid

 Ir

on 

Q. 

R ad

ia l

 

R.

 L

ine

ar 

S . 

F in

ge r

 p la

A) P-2, Q -1 , R-4 , S -3  

C

)

P-

3, Q

-1

, R

-4 , S-

2

G r

ou p

 II

 

1

. N

ew

 D e

lh i

 

2. W

as

h in

g to

n D

.C

.

3.

 

C

op

en

ha

gen

 

4. M

um

ba

i

5 C

an

be r

ra  

B) 

P-3, Q -1 , R -2,

S-5  

D )

 P-2

, Q

-1 ,

 R-

4, S-

Q

.39

 

Con

sid

er

th e

 fo l

low

ing

 fe

atu

res

 

1.

 Le

ngt

h f

in e

ly  p

rop

ort

ion

a l 

to i

ts w

id t

h

2. S

tat

ues

 as

 s il

hou

e tt

es a

ga

in s t

  th

e sk

y a

bov

e c

orn

ice

 lin

es

 

3

. F

o u

n ta

in s

 s ig

n if

y in

g fi

ne 

vin

tag

e p

oin

ts

4

. Se

rie

s o

f dif

fer

ent

 sh

ape

s

c

on

nec

ted

 

by

 tr a

dit i

ona

l n

arrow

 

str e

ets

, co

lum

scr

een

s o

r ar

ch e

s

T

he

 e le

me

nt 

of u

rb a

n d

esi

gn  

w h

ic h

 com

pr

ise

s th

e a

bov

e i

s

A) V

ist

C

) R

an d

  Po

in t

 

B)

 Pi

azza

 

D

)

B

os

que

 

Q

.4

M

at

c h 

th e

 in s

tr u

m e

nts

in  G

ro

up

 I w

ith

 th

e ir

 co r

res

pon

d in

g  f

un

cti o

ns 

in  G

ro

up II

 

AR

G

ro

up

I

P

. H

yg

rom

ete

r

Q.  D

is

d ro

m e

ter

R.

 A

ne

mo

me

ter

S

. M

ano

me

ter

 

A

) P

-4

, Q

-1 , 

R-

2, S

-3 

C) 

P

-1 ,

 Q-

2 , R

-5

,

S

-4

G

rou

p II

l

. Pr

ec i

p ita

t io

n

2.

 V

apo

r P

res

su r

e

3

. S

ola

r R a

dia

tio

n

4

. R

ela

tive

 H

um

idit

y

5 V

elo

c it

y o

f A

ir

B )

 P -4

, Q

-3 ,

 R-

2 , S-

D

) P

-4 ,

 Q -

1 , R

-5 .

 

S

-2

6

  6 

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2

011

Q

.41 

M

atc

h th

e fe

atur

es  i

n G

rou

p I w

ith

th e

corr

es po

ndi

ng ty

pe

 of g

arde

n in

 Gr

oup

 II 

Gro

up I

 

P. S

ym

m etr

ic al

 lay

out,

 wat

er c

asca

des,

 ent

om b

m en

t

Q

. R

ad ia

l lay

out

. sym

m e

tr ica

l sc

ulpt

ure,

 bou

le va

rds

 

R. O ccult s

ym m

etr

y, p

onto

on b

ridg

es,

step

ping

 sto

nes

 

S

. H i

erar

chy

 of

 

c

our

ts , h

ie ra

rc hy

 of

 gate

s,  z

oom

orph

ic  f

or m

s

G

rou

l.

 

F

ren

ch ga

rde

ns  

2

. E n

glis h

 ga

rden

s

3. C

hin

ese

gard

ens

 

4.

Mug

ha l

 g

ar de

ns 

5. J a

pan

ese ga

rd

ens

 

(A

)

P-2

. Q-

1, R

-4,

S-3

(C

) P

-4 ,

Q-3

, R-

5, S-

1

(B

) P-

4, Q

-1 , R

-5 ,

 S-3

 

D

)

P-5

, Q -

1 , R

-2 , S

-3  

Q

.42 

Ar

ra n

ge th

e fo

llow

in g

 sen

se 

of en

clos

ures

 in

a hie

ra rc

hy o

f d

ecre

as in

g or

der

AR

 

(A

) S

>Q >

U >

P > T

>R

 

(C

) P Q

  R

  S

T

>U

 

R

 

B

)

U>S

>Q

>R>

P>T

 

D)

 T>

P>

S>Q

>U

>R

Q.4

3

M at

ch t

he e

le m

ents

 of

Gr

oup

 

I

 wit

h th

ei r c

orre

spo

ndin

g typ

e i

n G

roup

II

G

rou

p I 

P

. Fire

 h

yd ra

nt  

Q

. Pl

ant

er be

ds  

L

etter 

box 

S. T

raf

fi c s

igns

 

T. L

amp

 Po

st s

G rou

l. St

reet

 F ur

nitu

re 

2

. S t

ree t

 Har

dw a

re 

(A

) P-

2 , Q

- L  R

-1,

 S-2

, T-2

 

(C

)

P-1.

Q -

1 R-

2, S

-2, T

-2 

B

)

P-1,

 Q-1

, R

-2 . S

-1 ,

T-1

(D )

 P-2

, Q -

1 . R

-2 , S

-2 , T

-2

Q .4

4

In  a

 con

stru

cti o

n pr

ojec

t sch

ed u

le , A

 is

 the

fi rst

 act

iv ity

. Act

ivi

ties

 B 

C  f

ol lo

w  A

. A

ctivi

ty  D

 

fo llo

ws

B  C

.

Act

iv ity

 E f

ollo

ws C

. A

ctiv

it y F

  fol

low

s D 

E

.

A ct

iv it

y

B

D

E

 

D

11r

at io

n

3

5

6

3

 

(i

n da

ys)

Th

e

cr it

ic al

time

 to

com

plet

e th

e pr

ojec

t wi

ll be

 

(A )

14  d

ays

 

(B )

16 d

ays

 

(C )

 17

days

 

(D

) 20

 day

s

Q.45

 

T he

 mai

nten

anc

e co

st o

f a b

uild

in g wi

ll be

Rs.2

 lac

s aft

er 1

0 ye

ar s.

 

T

he

an

nu al

 s in

king

 fun

d

req

uir

ed fo

r su

ch  m

ain te

nan

ce@

 6

 

in te

re st

 per

 ann

um  

w il l

 be

(A

) R

s.l

7 ,20

0 /-

(B )

Rs. l

5 ,20

0/-

(C)

Rs

.l3,

200

/-

CD

 

R

s. 11

,2 0

0/ -

AR 

7/ 1

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2011

Q.46

Match

the

figures

in Group I wi th

 thefi xtures in

Gro u p II

G r

oup I

£

 

p

Q

R

Group II

1 Sink C o c

k

2

. Bib Cock

3. Pillar Cock

s

4 . Stop Cock

 

(A) P - 1, Q- 4 , R

-2,

S-3

 

(C

)

P -3 ,

 Q -1, R -2, S-4

B)

P -2 , Q -

3 , R -1 , S-4

D) P

-2, Q -4 , R -3, S-

1

Q.47

Match 

th

e jo in

ts in G rou

p

I w it

h the cor respon

ding f igures in

Group II

Gro u p I

AR

P . Butt joint

Q  

Rebated

 

join

t

R

T

able joint

S. Tongue

Groove

joint

Gro u p II

1

A)

P -3, Q- 4 , R -1,

S-2 

(C) P -3 ,

 Q- 1 , R -2 , S-4

C

ommon D at

a Questions

Common  Da

ta for Questio

ns 48 and 49 :

2.

3

B)

 

P-

4 , Q -1 , R -3, S -2

 

(D) P-3, Q-4 , R

-2, S-1  

4  

A beam

of span L

is

s im

ply su ppor ted

at

two

ends . One

 half span

of

the beam

weighs

Wand

the

 remain

ing

ha l

f

span

 weighs 2W

Q.48

Maximum sh

ear fo rce in

 

the beam

 will be

A)W

(B) 1.25W

Q.49 Ma

ximum b ending m o m

ent will occur

at

A) Ul  from m

idpoint

of

the

beam

(C) U7 f rom m

idpoin t of the be

am

A

R

(

C )

1 .

7 5 W

D)

3W

(B)

Midpoint

of

the

beam

(D) O

ne

o

f

the

 endpoi

nts of the beam

8/16

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2

01

1

Co

m

m

on

 D

at

a

fo

Qu

e

sti

on

50

 an

d

 5

1:

A

 

bu

ild

in

s

it

e h

a

s

 a

 pl

o t

 

of

 

5

0

0

s

qm

 

M

ax

im

um

 a l

low

a

b l

e h

ei

gh

t -

G

+

 

M

ax

im

u

m g r

ou

nd

 

co

v

er

ag

e-

40

 

M

ax

im

um

 

all

ow

a

ble

 

F

AR

- 2

.0

 

A

re

a t

b

e ut

il i

zed

 f

o r

 pa

v

ed

 

ac

ce

ss

 

ro

a

ds

-

1

0

 

R

u

n

of

f co

ef

f ic

ie

n t

 fo

r p

av

ed

 

su

rf

ac

e-

0.9

 

R

u

n

of

f

co

ef

f ic

ie

n t

 fo

r u

np

av

ed

 

s

ur

fa

ce

- 0 .3

 

Q

.5

0

 

If

 

m

a

x

im

um

 

a

ll

ow

ab

le

 

F

AR

 

i

uti

l iz

ed

, t

he

 

m

in

im

um

 g ro

u

nd

 

co

v

era

g

e

w

o

uld

 b

A

)

 20

 

B

) 2

(

C

)

30

 

D)

 

3

5

 

R

 

Q

.5

If

 

it 

ra

in s

 f

or

 

3

mi

n.

w

it

h

 

an

 in

ten

s i

ty

 o

f

 

1

cm

/h

r ,

 

m

in

im

um

 vo

lu

m e

 

o

f ra

in 

w

ate

th

at 

ca

b

e

c

o ll

ec

te

d w

il

l

b

(A

) 12 .

75

 

cu

B)

 

1

4

c

um

 

(C

) 1

c

um

 

(D

) 1

c

um

 

L

in

ke

d

 A

n

sw

e

r

Q

ue

st

io

n

s

S

ta

te

m

en

t

fo

r L

in

k

ed

 A

ns

w

er

 Q

ue

st

io

ns

 

5

2

 a

nd

 53

:

An

 a

ud

ito

ri

um

 h

av

in

vo

lu

m e

 

of

 4

50

0

 

c

u

m

 

a

nd

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ota

l a

b s

o r

p ti

on

 

o

a

ll

ac

ou

st

ic 

m

ate

ri

a ls

 is

 

48

0

 

m

2

sa

bin e

 

Q

.5

T

h

e

 re

ve

rb

er

a ti

on

 ti

m

o

f t

he

 a

ud

ito

ri

um

 

i

(

A)

 

1

.0

 se

co

nd

 

B

)

5 s

ec

on

(C

) 2

.0 

se

cond

 

D

)

2

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 se

co

nd

 

Q

.5 3

 

T

r

e

d

u e 

re

ve

rb e

ra

tio

n

 ti

me

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y 0

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ec

on

d .

ad

d i

ti o

na

l a

b

so

rp t

io

m

2

sa

bin

e

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u i

re

wo

ul

b

(A

)

 

1

20

 

B )

 

1

6

0

 

(C

)

 2

40 

D

)7

20

 

S

ta

te

m

en

t fo

Li

nk

ed

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n

sw

e

r

Q

ues

tio

ns

 54

 

an

d 5

5 :

 

A

 r

es

id

en ti

a l

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ect

o r

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an

ne

ov

e r

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ar

ea

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f

1

00

 

he

ct

ar

es 

ha

be

en

 d

ivi

d

ed

 in

to 

va

rio

u

s p

lo

ts ,

 

ea

ch

 

h

av

in

on

e dw

e

lli

ng

 u

n i

t w

it

an

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v

e

rag

e h

o u

se

hold

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ze

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5

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erso

ns

.

R e

m

ain

in

ar

ea

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ev

ot

ed

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sc

ho

o

l

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ro

ad

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rk

s ,

sh

o p

s e

tc

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P

lot

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iz

5

00

 sq

m

 

30

0

s

qm

 

20

0

sq

m

 

N

um

b

er

 

50

0

 

5

00

 

1

0

00

 

Q

.

54

 

T

h

gr

o s

s d

en

s i

ty

 o

f

th

e re

s id

en

ti

al 

se

c to

in

 

p

ers

on

pe

h

e

c

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ou

ld

 

be

 

(

A

) 10

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0

 

C

20

0

 

D

) 2

5

Q

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A

ss

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in

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of

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AR

 

0.5

 w

oul

b

(A

) 1 .

0 h

ec

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B)

 

1

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hec t

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ct

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R

 

9

/16

 

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20

11

 

G

e

n

er

al

 A

p

ti

tu

de

 

G

A

)

Q

ues

t

io

n

Q

. 5

6

 - Q

.

60

 c

a

rr

y

on

e

 m

a

rk

 e

a

ch

.

AR

 

Q

.56

 

C

h

oo

se

 th

w o

rd

 fr

om

 

th e

 o

pt

ion

g i

v e

n  b

e

lo w

 t

ha

t

is m

o

st

 ne

a r

ly

 op

p

os

ite

 in

  m

ea

n

in g

 t

o t

he

 g

ive

n  

wo

rd

:

A m a

lg

am

a

te

 

A

m

erg

B

sp

li t

 

C

co

lle

c t

 

D

)

 

s

ep

ar

ate

 

Q .

57

 

C

ho

os

e  

th

m

os

t

ap

pr

op

ria

te

  w

o

rd

  f

rom

 

th

e

op

ti o

n

s

giv

e

n

be

lo

w

  to

  c

om

p

le

te  

th

e  

fo

ll o

w

in

se

nte

nc

e.

 

f

u

 

ar

e t

ryi

ng

 t

m

a

ke  a

 

st

ron

g

 i

m

pre

ss

ion

 o

n

 

yo

u

a

u

di

en

ce

u

 c

an

n

o t

 d

o s

o

by

  b

ei

ng

 

un

d

er

s ta

te

d,

 te

n t

at

i v

o

r

A

hy

pe

rb

oli

c

B

) r

es

tr a

in

ed

 

C) argum enta tiv e

D)

 in

d

if f

ere

nt

 

Q .

58

 

C

ho

o

se

 th

e

mo

st

  a

pp

ro

p r

ia

te 

w

or

d s

fr

om

  t

h e

 o

p

tio

ns

  g

iv e

b

e lo

w

 

to

 

c

om

p

le

te

  th

e  

fo

ll o

w

in

g  

se

nt

en

ce

.

I c

on

te

m

pl

at

ed

 

_

S i

ng

ap

o

re

 fo

r

m y

 v

ac

a

tio

n

b

ut

 

d

e

cid

e

d  a

g

ain

s

t it

A

)

to

 

v

is

it 

B)

 h

av

in

to

 vi

si

t

C

) v

is

it in

D

fo

r a

v

is i

t

Q

.

59

 

If 

L o

P

) =

 

l

/2)L

o

Q

) =

 

13

L

o

R)

, th

en

 w

h i

ch

 

o

f

th

fo

ll o

w

in

g o

p

tio

ns

 is

 

T

R

U

E

A ) 

p2= 

Q3R2 

B ) 

Q2

PR

 

C

) Q

2

= R

3

D )

  R

 =

 p

2Q

Q.

60

 

W

hi

ch

 

o

f

t

he

  fo

ll o

w

in

g o

p

ti o

ns

 is

  th

e

 c l

os

est

 in

  th

e

 m

ea

n i

ng

 to

 th

e  

w o

rd

 b

el

ow

:

In

ex

p

lic

a b

le

 

A

In

co

m p

re

he

ns

ib

le

 

B

In d

el

ib

le  

C )

 In

ex

tr

i c

ab

le 

D

) In

fa l

lib

le

 

Q

. 61

 

t

o

Q

.

6

5

 

c

ar

ry

 t

w

m

a

rk

s

ea

ch

.

Q

.6

co

nt

a in

e

r o

ri

g i

na

lly

 

co

n

tain

s

10

  l

it r

es  

o

f p

ur

sp

irit.

 

F

ro

th

is  

co

n t

a i

ne

r

1

li t

re  o

f

s

p i

r it

  is

 

re placed 

w i

th

  1

 li

tre

 o

f w

a

te r

. S

u

bs

eq

ue

nt

ly ,

  l 

li

tr e

 

o

f

t

he

  m

ix

tu

re  

is  

ag

ai

n

re p

la

ce

w i

th

  l 

li t

re

 

o

f

w a

te

r a

nd

 t

his

 p

ro

ce

ss 

is

 re

pe

at

ed

 o

n

e m

or

e t

im

e.  

H

ow

 m

u

ch

 sp

ir

it  

is 

no

w  

le

ft  

in 

th e conta iner?  

A

) 7

.5

li t

re s

 

B )

 7

.8 4

 l

it r

es

 

C

)

7 l

it r

es

 

D

)

 7.

29

 J

iu·

es 

Q

.62

 

A

 t

ra

ns

po

rt e

re c

ei

ve

s t

he

 s

am

e

 nu

m

be

r of

 

or

de

rs 

ea

ch

 d

ay

. C

u

ne

nt

ly

, h

e h

as

 s

om

e

 pe

nd

in

g  

o

rd

ers 

b

ac

klo

g

) t

be

 s

h ip

p

ed

. l

he

  u

se s

  7

  t

ru

ck

s,  

th

en

  a

t t

he

 e

nd

  o

f t

h e

 4

th

 d

ay

  h

e

c

an c

le

a r

  a

ll

th

e

or

de

rs .

  A

lt

ern

at

iv

ely

i

f he

  u

se

s

on

ly

 3

tru

ck

s,  

th

en

  al

l t

he

 o

rd

er

s a

re

 cl

ea

re

d a

th e

 e

nd

 

o

f

 t

he

  lO

t

h

d

ay

.

W

l1a

t

is t

h e

 m

in

im

u

m  

n

um

b

er 

of

 tr u

ck

re

qu

ir e

s

o

 

th

at

 th

e

re  

wi

ll 

be

 n

pe

nd

in

g o

rd

e r

 a

t t

he

 

e

nd

 o

th e

 5

th

 da

y?

 

A

) 4

 

B

5

 

C)

  6

 

D

)  7

 

AR

 

1

011

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Wtl

AR

Q.63 The variable cost V)

of

manufacturing a product varies according to the equation V= 4q, where q

is the quantity produced. The fixed cost F) of production

of

same product reduces with q according

to the equation F

=

100/q. How many units should be produced to minimize the total cost V+F)?

A) 5

B)

4 C)

7

D) 6

Q.64 P, Q, R and S are

fom

types

of

dangerous microbes recently found

n

a human habitat. The area

of

each circle with its diameter printed in brackets represents the growth

of

a single microbe surviving

human immunity system within 24 hours

of

entering the body. The danger to human beings varies

proportionately with the toxicity, potency and growth attributed to a microbe shown in the figure

below:

S 20 mm)

0.2

0.4

0.6

0.8

Potency

Probability that microbe will overcome human immunity system)

A pharmaceutical company is contemplating the development

of

a vaccine against the most

dangerous microbe. Which microbe should the company target in its first attempt?

A) p

B) Q

C)

R

D)S

Q.65 Few school curricula include a

unit

on how

to

deal with bereavement

and

grief,

and

yet all

students at some point in

their

lives suffer

from

losses through death and parting.

AR

Based on the above passage which topic would not be included in a unit on bereavement?

A) how to write a letter

of

condolence

B) what emotional stages are passed through n the healing process

C) what the leading causes

of

death are

D) how to give

suppmt

to a grieving friend

END OF THE QUESTION

PAPER

6

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Paper Question no. Key Paper Question no. Key

 AR 1 C AR 36 B

 AR 2 D AR 37 D

 AR 3 B AR 38 A

 AR 4 A AR 39 B

 AR 5 C AR 40 D

 AR 6 A AR 41 B

 AR 7 B AR 42 B

 AR 8 C AR 43 A

 AR 9 B AR 44 C

 AR 10 A AR 45 B

 AR 11 C AR 46 MarkstoAll

 AR 12 B AR 47 A

 AR 13 A AR 48 C

 AR 14 D AR 49 A

 AR 15 B AR 50 B

 AR 16 D AR 51 A AR 17 D AR 52 B

 AR 18 C AR 53 C

 AR 19 B AR 54 A

 AR 20 B AR 55 B

 AR 21 C AR 56 D

 AR 22 B AR 57 B

 AR 23 B AR 58 C

 AR 24 D AR 59 B

 AR 25 A AR 60 A

 AR 26 D AR 61 D

 AR 27 B AR 62 C

 AR 28 B AR 63 A AR 29 MarkstoAll AR 64 D

 AR 30 A AR 65 C

 AR 31 MarkstoAll

 AR 32 C

 AR 33 B

 AR 34 A

 AR 35 C

GATE 2011 - Answer Key - Paper : AR