Time Left : 00:00
A
Standard gauge
B
Metre gauge
C
Narrow gauge
D
Broad gauge
A
It reduces the force required
B
t increases the amount of work required
C
It reduces the amount of work required
D
It increases the force required
A
Forces causing the motion are not considered in kinematics
B
Forces causing the motion are considered in kinematics
C
Kinetics and kinematics are not the branches of dynamics
D
Statics and dynamics are not the branches of rigid body mechanics
A
Used for the repetitive type of project
B
Deterministic in nature
C
One time estimate is made in CPM
D
Event oriented approach
A
Closing dykes
B
Submerged dykes
C
Attracting groynes
D
Pitched islands
A
81 m
B
91 m
C
78 m
D
98 m
A
L/D > 4
B
L/D < 4
C
L/D > 6
D
L/D = 4
A
42.5
B
50
C
63.5
D
75
A
60 m
B
45 m
C
30 m
D
90 m
A
check
B
tie
C
base
D
proof
A
2.00 cm
B
3.89 cm
C
3.75 cm
D
4.85 cm
A
1/40
B
1/10
C
1/20
D
1/30
A
Preliminary survey
B
Final location and detailed surveys
C
Reconnaissance Survey
D
Map survey
A
Both steel and concrete strains reach their maximum value at the same time.
B
Steel strain reaches its maximum value earlier than concrete strain.
C
Concrete strain reaches its maximum value earlier than steel strain.
D
Both steel and concrete strains reach their minimum value at the same time.
A
Low-density region
B
Extremely high-density region
C
High-density region
D
The same quantity of radiation is absorbed and transmitted in low and high density areas
A
T shapes
B
Trestle bent
C
Dumb bell type
D
Rectangular
A
800 lt. per Wc and 150 lt. per urinal seat
B
1200 lt. per Wc and 200 lt. per urinal seat
C
900 lt. per Wc and 120 lt. per urinal seat
D
900 lt. per Wc and 180 lt. per urinal seat
A
Star and Circular Pattern
B
Star and Grid Pattern
C
Rectangular or Block Pattern
D
Star and Block Pattern
A
10%
B
0.5%
C
1%
D
2%
A
An event
B
Cost
C
Event and activity both
D
An activity