Time Left : 00:00
A
30 mm / 40 mm
B
3 cm to 4 cm
C
30 mm to 40 mm
D
3 mm to 4 mm
A
Triangle
B
Scotch block
C
Turn table
D
Traverser
A
Compressive strain
B
Compressive stress
C
Tensile stress
D
Tensile strain
A
small
B
large
C
repetitive
D
continuous
A
pumping
B
gravity
C
sinking wells
D
mechanical means
A
RA= 80 N and RB= 120 N
B
RA= 120 N and RB= 80 N
C
RA= 60 N and RB= 100 N
D
RA= 100 N and RB= 60 N
A
IS 10500 (2012)
B
IS 456
C
IS 1035 (Part32)
D
IS 1172: 1993
A
8%
B
3%
C
6%
D
10%
A
1823
B
1804
C
1821
D
1800
A
All possible alternatives of project
B
Soil and traffic survey with the approximate cost of project
C
Contract documents
D
Detailed design and cost estimate
A
Varies discharge
B
Maintains high discharge
C
Maintains low discharge
D
Maintains constant discharge
A
Fixing boundaries
B
Preparation of plan or map
C
Measurement of angles
D
Levelling
A
25 kN
B
20 kN
C
15 kN
D
30 kN
A
To the external volume of the dolly
B
To the internal volume of the dolly
C
To the external volume of the cutter
D
To the internal volume of the cutter
A
Degrading river
B
Stable river
C
Aggrading river
D
Braided river
A
Kinematic viscosity
B
Specific volume
C
Specific gravity
D
Viscosity
A
Parabolic in tension area
B
Parabolic
C
Parabolic only in compression area
D
Linear
A
In this system of layout the mains, submains, and branches are interconnected with each other
B
Hazen Williams formula or Darcy–Weisbach formula must be satisfied for flow in each pipe of the network
C
In each loop, the loss of head due to flow in clockwise direction must be equal to the loss of head due to flow in anticlockwise direction
D
According to the principle of continuity, the flow into each junction must be equal to the flow out of the junction
A
Intersection line
B
Topographic line
C
Contour line
D
Horizontal line
A
Rs. 3500, Rs. 3500 and Rs. 7000
B
Rs 2500, Rs. 4500 and Rs. 7000
C
Rs. 1500, Rs. 3500 and Rs. 6000
D
Rs. 4500, Rs. 2500 and Rs. 7000