|
Q. 1 — Q.
25 carry one 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 Awas
Yojana of Ministry of Housing, Government of India addresses housing for
(A) Middle
Income Group
(B) Low Income
Group
(C) High
Income Group
(D) Slum
Dwellers
|
Q.3
|
The triangular
space formed by two consecutive arches is
(A) Tympanum
(B) Spandrel
(C) Regula
(D) Extrados
|
Q.4
|
Rose Window is
an iconic feature of
(A) Notre
Dame, Paris
(B) Hagia
Sophia, Istanbul
(C) St.
Peter's, Rome
(D) Victoria
Memorial, Kolkata
|
Q.5
|
Purity of
colour is described by
(A) Hue
(B) Value
(C) Chroma
(D) Tone
|
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
(B) Two way
slab
(C) Flat slab
(D) Coffered
Slab
|
Q.7
|
Entablature
consists of
(A)
Architrave, Tenia, Cornice
(B)
Architrave, Frieze, Cornice
(C) Frieze,
Cornice, Triglyphs
(D) Cornice,
Guttae. Tympanum
|
Q.8
|
Town planned
for 'Motor Age' refers to
(A) Toronto, Ontario
(B) Nassan Shores, Long Island
(C) Radburn, New Jersey
(D) Green Belt, Maryland
|
Q.9
|
The minimum
road curb length required for parking 10 cars perpendicular to the road is
(A) 15 m
(B) 25 m
(C) 35 m
(D) 40 m
|
Q.10
|
Which of the
following generates heat island?
(A) Urban
areas
(B) Coastal
areas
(C) Wetlands
(D) Forest areas
|
Q.11
|
The most
suitable earthquake resistant built plan form is
|
Q. 12
|
Transfer of
Development Right (TDR) is a tool used for
(A) Human
development
(B) Land
development
(C) Economic
development
(D)
Infrastructure development
|
Q. 13
|
Dandaka form
of settlement layout is basically a
(A) Grid Iron
pattern
(B) Ring
radial pattern
(C) Radial
pattern
(D) Informal
Pattern
|
Q.14
|
Maximum
horizontal angle from the speaker in a seating area of a lecture theatre
should be
(A) 70°
(B) 90°
(C) 120°
(D) 140°
|
Q.15
|
'U-value'
refers to
(A) Utility
function for convective heat transfer
(B) Thermal
transmittance of building components
(C) Energy
transfer between thermal bridges
(D) Measure
for area related heating and cooling loads
|
Q. 16
|
Consistency of
cement is measured by
(A) Pycometer
(B) Slump cone
(C) Universal
Testing Machine
(D) Vicat's
apparatus
|
Q.17
|
The
appropriate material for flooring of an external ramp of a building would be
(A) Polished
granite
(B) Wax
polished marble
(C) Glazed
ceramic tile
(D) Rough
finish sandstone
|
Q.18
|
Which of the
following is NOT a member of a Steel Truss?
(A) Gusset
Plate
(B) Wall Plate
(C) Fish Plate
(D) Anchor
Bolts
|
Q.19
|
Identify the
odd one among the following
(A) Security
deposit
(B)
Professional tax
(C)
Performance bank guarantee
(D) Earnest
money
|
Q.20
|
Weep hole is a
term used to describe
(A)
Perforations in the cast iron pipe used for boring
(B) Holes in
retaining wall for draining water
(C) Holes in
the cover plate of floor traps
(D) Holes dug
in earth to recharge ground water
|
Q.21
|
Busway, Busduct
and Raceway are components of
(A) Security
systems
(B) Air
conditioning systems
(C) Electrical
systems
(D) Water
supply systems
|
Q.22
|
The difference
between Wet Bulb Temperature and Dry Bulb Temperature is called
(A) Dry bulb
depression
(B) Wet bulb
depression
(C) Variable
depression
(D)
Atmospheric depression
|
Q.23
|
In India, one of the Slum Improvement initiatives is
(A) Special
Residential Zone
(B) Valmiki
Ambedkar Malin Basti Awas Yojana
(C) Indira
Awas Yojana
(D) Eco
Housing
|
Q.24
|
Suspended Floors
is a structural system used in
(A) Lloyds Building, London
(B) Jin Mao Building , Shanghai
(C) Petronas Tower, Kualalampur
(D) Hongkong
Shanghai Bank, Hongkong
|
Q.25
|
Residual
method of valuation is used to determine
(A) Public
Private Partnership Deal
(B) Rent
(C) Property
Tax
(D) Selling
Price
|
|
Q. 26 to Q.
55 carry two marks each.
|
Q.26
|
Match the
buildings in Group I with their architects in Group II
Group I
|
Group II
|
P.
|
Bibliotheca
Alexandrina, Alexandria
|
1.
|
I.M. Pei
|
Q.
|
Institut du
Monde Arab, Paris
|
2.
|
Jean Nouvel
|
R.
|
Bank of China, Hongkong
|
3.
|
Daniel
Libeskind
|
S.
|
Jewish
Museum, Berlin
|
4.
|
Renzo Piano
|
|
|
5.
|
Snøhetta
|
(A) P-5, Q-2,
R-1, S-4
(B) P-5, Q-4,
R-1, S-3
(C) P-4, Q-2,
R-5, S-3
(D) P-5, Q-2,
R-1, S-3
|
Q.27
|
A room
measuring 5 m ´ 3.5 m enclosed by
brick wall has a ceiling at 3 m height. The room has a door and a window
opening of 1 m ´ 2 m and 1 m ´ 1 m respectively. The quantity of
plastering required for interior walls (in sqm) is
(A) 46.5
(B) 48
(C) 51
(D) 68.5
|
Q.28
|
One cubic metre
of Ordinary Portland Cement yields a volume of M15 concrete in the range of
(A) 2 to 3 cum
(B) 4 to 5 cum
(C) 7 to 8 cum
(D) 8 to 9 cum
|
Q.29
|
Match the CAD
commands in Group I with their functions in Group II.
Group I
|
Group II
|
P.
|
LAYISO
|
1.
|
blends selected
object to destination layer
|
Q.
|
LAYMCH
|
2.
|
freezes
layer of selected object
|
R.
|
LAYMRG
|
3.
|
hides or
locks layers other than those of selected objects
|
S.
|
LAYLCK
|
4.
|
assigns
selected object to destination layer
|
|
|
5.
|
locks object
of destination layer
|
(A) P-2, Q-4,
R-1, S-5
(B) P-3, Q-2,
R-1, S-5
(C) P-4, Q-2,
R-3, S-5
(D) P-3, Q-4,
R-1, S-5
|
Q.30
|
Match the
buildings in Group I with their corresponding structural forms in Group II.
Group I
|
Group II
|
P.
|
Hall of
Nations, New Delhi
|
1.
|
Spherical
Structure
|
Q.
|
Salvacao Church, Mumbai
|
2.
|
Folded
Plates
|
R.
|
State
Trading Corporation Building, New Delhi
|
3.
|
Octahedral
lattice structure
|
S.
|
Matrimandir,
Auroville
|
4.
|
Vierendeel
girders
|
|
|
5.
|
Shell roof
structure
|
(A) P-3, Q-5,
R-4, S-1
(B) P-2, Q-5,
R-4, S-1
(C) P-3, Q-5,
R-4, S-2
(D) P-3, Q-5,
R-2, S-1
|
Q.31
|
Identify the
INCORRECT statement
(A)
Guggenheim, Bilbao is an example of Deconstructivism
(B) Silver
Abstraction is a term used for metal clad modem high rise buildings
(C) Spiral Building in Tokyo has a curvilinear built form
(D) Free Building plan form is a concept given by Le Corbusier
|
Q.32
|
Match the
terms in Group I with their descriptions in Group II.
Group I
|
Group II
|
P.
|
Quoin
|
1.
|
Geometric
representation of the universe
|
Q.
|
Stucco
|
2.
|
Small dome
|
R.
|
Mandala
|
3.
|
Triangular
form above an opening
|
S.
|
Cupola
|
4.
|
Corner stone
at the angle of buildings
|
|
|
5.
|
Plaster
|
(A) P-4, Q-3,
R-2, S-1
(B) P-3, Q-5,
R-1, S-4
(C) P-4, Q-5,
R-1, S-2
(D) P-3, Q-1,
R-5, S-4
|
Q.33
|
Match the
architectural styles in Group I with their features in Group II.
Group I
|
Group II
|
P.
|
West Asiatic
|
1.
|
Arches and
pendentives
|
Q.
|
Greek
|
2.
|
Pagodas
|
R.
|
Byzantine
|
3.
|
Flying
buttresses
|
S.
|
Japanese
|
4.
|
Orders and
pediments
|
|
|
5.
|
Hanging
gardens
|
(A) P-3, Q-2,
R-1, S-4
(B) P-5, Q-4,
R-1, S-2
(C) P-5, Q-4,
R-1, S-3
(D) P-4, Q-3,
R-5, S-2
|
Q.34
|
Gestalt's Laws
of visual perception DO NOT relate to
(A) Aesthetics
of form are a function of Golden Section
(B) Things are
perceived as a whole
(C) Whole is
greater than the sum total of its parts
(D) Elements with
continuity are perceived together
|
Q.35
|
A site in a
map drawn to scale of 1:16000 measures 75 sqcm. The actual area of the site
in
hectares is
(A) 120
(B) 162
(C) 192
(D) 256
|
Q.36
|
Identify the
CORRECT CAD statements.
P. SPLINE
connects sequence of line segments into a single object
Q. SPLINE is a
smooth curve passing through or near a given set of points
R. PLINE
creates straight line segments, arc segments or both
S. PLINE can
be closed only when its start and end points are coincident and tangent
T. PLINE
allows adjusting the width and curvature of its multiline segments
U. SPLINE can
be exploded into smaller segments
V. PLINE can
be converted into a continuous curve segment
(A) P, R, S, U
(B) Q, R, T, V
(C) R, S, T, V
(D) S, T, U, V
|
Q.37
|
Match the
eminent personalities in Group I with their books and statements in Group II.
Group I
|
Group II
|
P.
|
Kevin Lynch
|
1.
|
The
Fountainhead
|
Q.
|
Ayn Rand
|
2.
|
Small is
Beautiful
|
R.
|
Paul D.
Spreiregen
|
3.
|
Site
Planning
|
S.
|
E. F.
Schumacher
|
4.
|
Urban Design
: Architecture of Towns and Cities
|
|
|
5.
|
Design of
Cities
|
(A) P-4, Q-2,
R-5, S-3
(B) P-3, Q-1,
R-2, S-5
(C) P-5, Q-1,
R-4, S-2
(D) P-3, Q-1,
R-4, S-2
|
Q.38
|
Match the
urban forms listed in Group I with the towns listed in Group II.
Group I
|
Group II
|
P.
|
Grid Iron
|
1.
|
New Delhi
|
Q.
|
Radial
|
2.
|
Washington D.C.
|
R.
|
Linear
|
3.
|
Copenhagen
|
S.
|
Finger plan
|
4.
|
Mumbai
|
|
|
5.
|
Canberra
|
(A) P-2, Q-1,
R-4, S-3
(B) P-3, Q-1,
R-2, S-5
(C) P-3, Q-1,
R-4, S-2
(D) P-2, Q-1,
R-4, S-5
|
Q.39
|
Consider the
following features:
1. Length finely
proportional to its width
2. Statues as
silhouettes against the sky above cornice lines
3. Fountains
signifying fine vintage points
4. Series of
different shapes connected by traditional narrow streets, column screens or
arches
The element of
urban design which comprises the above is
(A) Vista
(B) Piazza
(C) Rond Point
(D) Bosque |
Q.40
|
Match the
instruments in Group I with their corresponding functions in Group II.
Group I
|
Group II
|
P.
|
Hygrometer
|
1.
|
Precipitation
|
Q.
|
Disdrometer
|
2.
|
Vapor
Pressure
|
R.
|
Anemometer
|
3.
|
Solar
Radiation
|
S.
|
Manometer
|
4.
|
Relative
Humidity
|
|
|
5.
|
Velocity of
Air
|
(A) P-4, Q-1,
R-2, S-3
(B) P-4, Q-3,
R-2, S-5
(C) P-1, Q-2,
R-5, S-4
(D) P-4, Q-1,
R-5. S-2
|
Q.41
|
Match the
features in Group I with the corresponding type of garden in Group II.
Group I
|
Group II
|
P.
|
Symmetrical
layout, water cascades, entombment
|
1.
|
French
gardens
|
Q.
|
Radial
layout, symmetrical sculpture, boulevards
|
2.
|
English
gardens
|
R.
|
Occult
Symmetry, pontoon bridges, stepping stones
|
3.
|
Chinese
gardens
|
S.
|
Hierarchy of
courts, hierarchy of gates, zoomorphic forms
|
4.
|
Mughal
gardens
|
|
|
5.
|
Japanese
gardens
|
(A) P-2, Q-1,
R-4, S-3
(B) P-4, Q-1,
R-5, S-3
(C) P-4, Q-3,
R-5, S-1
(D) P-5, Q-1,
R-2, S-3
|
Q.42
|
Arrange the
following sense of enclosures in a hierarchy of decreasing order
(A) S > Q >
U > P > T > R
(B) U > S >
Q > R > P > T
(C) P > Q >
R > S > T > U
(D) T > P >
S > Q > U > R
|
Q.43
|
Match the
elements of Group I with their corresponding type in Group II.
Group I
|
Group II
|
P.
|
Fire hydrant
|
1.
|
Street Furniture
|
Q.
|
Planter beds
|
2.
|
Street
Hardware
|
R.
|
Letter box
|
|
|
S.
|
Traffic
signs
|
|
|
T.
|
Lamp Posts
|
|
|
(A) P-2, Q-1,
R-1, S-2, T-2
(B) P-1, Q-1,
R-2, S-1, T-1
(C) P-1, Q-1,
R-2, S-2, T-2
(D) P-2, Q-1,
R-2, S-2, T-2
|
Q.44
|
In a
construction project schedule, A is the first activity. Activities B and C
follow A. Activity D follows B and C. Activity E follows C. Activity F
follows D and E.
Activity
|
A
|
B
|
C
|
D
|
E
|
F
|
Duration(in
days)
|
3
|
2
|
5
|
6
|
5
|
3
|
The critical
time to complete the project will be
(A) 14 days
(B) 16 days
(C) 17 days
(D) 20 days
|
Q.45
|
The
maintenance cost of a building will be Rs. 2 lacs after 10 years. The annual
sinking fund
required for
such maintenance @ 6 % interest per annum will be
(A) Rs.
17,200/-
(B) Rs.
15,200/-
(C) Rs.
13,200/-
(D) Rs. 11,200/-
|
Q.46
|
Match the
figures in Group I with the fixtures in Group II.
Group I
Group II
1. Sink Cock
2. Bib Cock
3. Pillar Cock
4. Stop Cock
(A) P-1, Q-4,
R-2, S-3
(B) P-2, Q-3,
R-1, S-4
(C) P-3, Q-1,
R-2, S-4
(D) P-2, Q-4,
R-3, S-1
|
Q.47
|
Match the
joints in Group I with the corresponding figures in Group II.
Group I
P. Butt joint
Q. Rebated
joint
R. Table joint
S. Tongue
& Groove joint
Group II
(A) P-3, Q-4,
R-1, S-2
(B) P-4, Q-1,
R-3, S-2
(C) P-3, Q-1,
R-2, S-4
(D) P-3, Q-4,
R-2, S-1
|
|
Common Data
Questions
|
|
Common Data
for Questions 48 and 49:
A beam of span
L is simply supported at two ends. One half span of the beam weighs W and the
remaining half span weighs 2W.
|
Q.48
|
Maximum shear
force in the beam will be
(A) W
(B) 1.25W
(C) 1.75W
(D) 3W
|
Q.49
|
Maximum
bending moment will occur at
(A) L/16 from
midpoint of the beam
(B) Midpoint
of the beam
(C) L/7 from
midpoint of the beam
(D) One of the
endpoints of the beam
|
|
Common Data
for Questions 50 and 51:
A building
site has a plot of 500 sqm
Maximum
allowable height — G+7
Area to be
utilized for paved access roads — 10 %
Maximum ground
coverage — 40%
Runoff
coefficient for paved surface — 0.9
Maximum
allowable FAR — 2.0
Runoff
coefficient for unpaved surface — 0.3
|
Q.50
|
If maximum
allowable FAR is utilized, the minimum ground coverage would be
(A) 20 %
(B) 25 %
(C) 30 %
(D) 35 %
|
Q.51
|
If it rains
for 30 min. with an intensity of 10 cm/hr, minimum volume of rain water that
can be collected will be
(A) 12.75 cum
(B) 14 cum
(C) 15 cum
(D) 16 cum
|
|
Linked
Answer Questions
|
|
Statement
for Linked Answer Questions 52 and 53:
An auditorium
having volume of 4500 cum and total absorption of all acoustic materials is
480 m2 sabine
|
Q.52
|
The
reverberation time of the auditorium is
(A) 1.0 second
(B) 1.5 second
(C) 2.0 second
(D) 2.5 second
|
Q.53
|
To reduce
reverberation time by 0.5 second. additional absorption (m2
sabine) required would be
(A) 120
(B) 160
(C) 240
(D) 720
|
|
Statement
for Linked Answer Questions 54 and 55:
A residential
sector planned over an area of 100 hectares has been divided into various
plots, each having one dwelling unit with an average household size of 5
persons. Remaining area is devoted for schools, roads, parks, shops etc.
Plot size
|
Number
|
500 sqm
|
500
|
300 sqm
|
500
|
200 sqm
|
1000
|
|
Q.54
|
The gross
density of the residential sector in persons per hectare would be
(A) 100
(B) 150
(C) 200
(D) 250
|
Q.55
|
Assuming 20%
of the total population being higher secondary school going children and
expected enrolment being 80% with per capita floor space requirement of 5.0
sqm, then minimum land required for school building with 40% ground coverage
and FAR 0.5 would be
(A) 1.0
hectares
(B) 1.6
hectares
(C) 2.2
hectares
(D) 2.8
hectares
|
|
General
Aptitude (GA) Questions
|
|
Q. 56 - Q.
60 carry one mark each.
|
Q.56
|
Choose the
word from the options given below that is most nearly opposite in meaning to
the given word:
Amalgamate
(A) merge
(B) split
(C) collect
(D) separate
|
Q.57
|
Choose the
most appropriate word from the options given below to complete the following
sentence.
If you are
trying to make a strong impression on your audience, you cannot do so by
being understated, tentative or______.
(A) hyperbolic
(B) restrained
(C)
argumentative
(D)
indifferent
|
Q.58
|
Choose the
most appropriate word(s) from the options given below to complete the
following sentence.
I
contemplated ______ Singapore for my vacation but decided against it.
(A) to visit
(B) having to
visit
(C) visiting
(D) for a
visit
|
Q.59
|
If Log (P) =
(1/2) Log (Q) = (1/3) Log (R), then which of the following options is TRUE?
(A) P2 =
Q3R2
(B) Q2 =
PR
(C) Q2 =
R3P
(D) R = P2Q2
|
Q.60
|
Which of the
following options is the closest in the meaning to the word below:
Inexplicable
(A)
Incomprehensible
(B) lndelible
(C) lnextricable
(D) lnfallible
|
|
Q. 61 to Q.
65 carry two marks each.
|
Q.61
|
A container
originally contains 10 litres of pure spirit. From this container 1 litre of
spirit is replaced with 1 litre of water. Subsequently, 1 litre of the
mixture is again replaced with 1 litre of water and this process is repeated
one more time. How much spirit is now left in the container?
(A) 7.58
litres
(B) 7.84
litres
(C) 7 litres
(D) 7.29
litres
|
Q.62
|
A transporter
receives the same number of orders each day. Currently, he has some pending
orders (backlog) to be shipped. If he uses 7 trucks, then at the end of the
4th day he can clear all the orders. Alternatively, if he uses only 3 trucks,
then all the orders are cleared at the end of the 10th day. What is the
minimum number of trucks required so that there will be no pending order at
the end of the 5th day?
(A) 4
(B) 5
(C) 6
(D) 7
|
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 four types of dangerous microbes recently found in 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:
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
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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.
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 in the healing process
(C) what the
leading causes of death are
(D) how to
give support to a grieving friend
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END OF QUESTION PAPER
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