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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
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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
1
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
0°
(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
R
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201
Q .
23
In
Indi
a ,
one
o
f the
Slu
m
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
d
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
p
I w i
th th
eir a
rch
ite c
ts in
G
ro
up
II
Group
J
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
g
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
5
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
g
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
1
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
D
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
R
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-
5
D)
P
-3 ,
Q-
4, R -
1, S
-5
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2
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
i
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
e
(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-
1
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
e
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
U
G
ro
up
I
P
. Q
uo
in
Q.
St
uc
co
R
. M
a
nd
a la
S
. C
up
ol
a
(
A )
P-
4,
Q-
3 ,
R-2
,
S
-1
(
C)
P-
4,
Q -
5,
R-
1
S
-2
G
ro
up
I
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
l
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
s
5. P
las
te
r
B)
P
-3
, Q
-5
, R-
1
, S
-4
(D
) P
-3
, Q
-1 ,
R -
5 ,
S -
4
Q
.3
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
c
Q
. G
re
ek
R
. B
yz
an
tin
e
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
s
2.
Pa
go
da
s
3
. Fl
yin
g b
ut
tre
sse
s
4.
Or
de
rs
and
p
ed
im
ent
s
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
n
DO
N
O
T
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
n
B)
T h
in
gs
are
p
erc
eiv
ed
as
a
wh
ol
e
(
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
A
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
e
in
hec
ta
res
is
A
R
A
) 1
20
C
) 1
92
B
) 1
62
D
) 2
56
A
R
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
e
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
n
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,
U
B
)
Q ,
R T
, V
C
) R
, S
,
T
,
V
D
) S
, T ,
U
V
Q.3
7
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
r
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
8
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
n
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-
5
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
n
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
a
C
) R
an d
Po
in t
B)
Pi
azza
D
)
B
os
que
Q
.4
0
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-
5
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
p
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
Q
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
R
L
etter
box
S. T
raf
fi c s
igns
T. L
amp
Po
st s
G rou
p
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
T
u
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
A
B
c
D
E
F
D
11r
at io
n
3
2
5
6
5
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
6
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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
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2
01
1
Co
m
m
on
D
at
a
fo
r
Qu
e
sti
on
s
50
an
d
5
1:
A
bu
ild
in
g
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
+
7
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
o
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
s
uti
l iz
ed
, t
he
m
in
im
um
g ro
u
nd
co
v
era
g
e
w
o
uld
b
e
A
)
20
B
) 2
5
(
C
)
30
D)
3
5
R
Q
.5
1
If
it
ra
in s
f
or
3
0
mi
n.
w
it
h
an
in
ten
s i
ty
o
f
1
0
cm
/h
r ,
m
in
im
um
vo
lu
m e
o
f ra
in
w
ate
r
th
at
ca
n
b
e
c
o ll
ec
te
d w
il
l
b
e
(A
) 12 .
75
cu
m
B)
1
4
c
um
(C
) 1
5
c
um
(D
) 1
6
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
g
vo
lu
m e
of
4
50
0
c
u
m
a
nd
t
ota
l a
b s
o r
p ti
on
o
f
a
ll
ac
ou
st
ic
m
ate
ri
a ls
is
48
0
m
2
sa
bin e
Q
.5
2
T
h
e
re
ve
rb
er
a ti
on
ti
m
e
o
f t
he
a
ud
ito
ri
um
i
s
(
A)
1
.0
se
co
nd
B
)
1
5 s
ec
on
d
(C
) 2
.0
se
cond
D
)
2
.5
se
co
nd
Q
.5 3
T
o
r
e
d
u e
re
ve
rb e
ra
tio
n
ti
me
b
y 0
.5
s
ec
on
d .
ad
d i
ti o
na
l a
b
so
rp t
io
n
m
2
sa
bin
e
req
u i
re
d
wo
ul
d
b
e
(A
)
1
20
B )
1
6
0
(C
)
2
40
D
)7
20
S
ta
te
m
en
t fo
r
Li
nk
ed
A
n
sw
e
r
Q
ues
tio
ns
54
an
d 5
5 :
A
r
es
id
en ti
a l
s
ect
o r
pl
an
ne
d
ov
e r
an
ar
ea
o
f
1
00
he
ct
ar
es
ha
s
be
en
d
ivi
d
ed
in
to
va
rio
u
s p
lo
ts ,
ea
ch
h
av
in
g
on
e dw
e
lli
ng
u
n i
t w
it
h
an
a
v
e
rag
e h
o u
se
hold
si
ze
o
f
5
p
erso
ns
.
R e
m
ain
in
g
ar
ea
is
d
ev
ot
ed
fo
r
sc
ho
o
l
s,
ro
ad
s,
p a
rk
s ,
sh
o p
s e
tc
.
P
lot
s
iz
e
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
e
gr
o s
s d
en
s i
ty
o
f
th
e re
s id
en
ti
al
se
c to
r
in
p
ers
on
s
pe
r
h
e
c
ta
re
w
ou
ld
be
(
A
) 10
0
B
) 15
0
C
)
20
0
D
) 2
5
0
Q
.5 5
A
ss
um
in
g
2
0
of
t
he
to
ta
l p
op
u
l a t
io
n
be
in g
h
ig
he
r
s
ec
o
n
d
ary
s
ch
oo
l
g
o
ing
c
hi
ld
ren
a
nd
e
xp
ec
te
d
en
ro
lm
e
n t
b
ein
g
8
0
w
it
h
pe
r
c
ap
i
ta
fl
oo
r
sp
ace
re q
ui
r
e
m
e
n
t
o
f
5.0
sq
m .
th
en
m i
n i
mu
m
l
an
d
r
eq
ui
re
d
f
or
sch
o
ol b
u i
ld i
ng
w
i
t
h
4
0
gr
ou
nd
c
ov
e
r
ag
e a
nd
F
AR
0.5
w
oul
d
b
e
(A
) 1 .
0 h
ec
ta
re
s
(
B)
1
.6
hec t
ar
es
C
)
2
.2
h
ec
ta r
es
(
D
)
2
.8
he
ct
ar
es
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
s
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
e
w o
rd
fr
om
th e
o
pt
ion
s
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
e
B
)
sp
li t
C
)
co
lle
c t
D
)
s
ep
ar
ate
Q .
57
C
ho
os
e
th
e
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
g
se
nte
nc
e.
f
u
ar
e t
ryi
ng
t
o
m
a
ke a
st
ron
g
i
m
pre
ss
ion
o
n
yo
u
r
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
e
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
n
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
g
to
vi
si
t
C
) v
is
it in
g
D
)
fo
r a
v
is i
t
Q
.
59
If
L o
g
P
) =
l
/2)L
o
g
Q
) =
13
)
L
o
g
R)
, th
en
w
h i
ch
o
f
th
e
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
P
D )
R
=
p
2Q
2
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
o
m
a
rk
s
ea
ch
.
Q
.6
1
A
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
e
sp
irit.
F
ro
m
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
d
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
8
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
r
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
o
be
s
h ip
p
ed
. l
f
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
t
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
s
re
qu
ir e
d
s
o
th
at
th
e
re
wi
ll
be
n
o
pe
nd
in
g o
rd
e r
a
t t
he
e
nd
o
f
th e
5
th
da
y?
A
) 4
B
)
5
C)
6
D
) 7
AR
1
011
6
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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