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A
Reduce
B
Symmetrical
C
Unsymmetrical
D
Nearly different
A
7.5 kg, 510 mm
B
4.89 kg, 450 mm
C
9 kg, 900 mm
D
2.5 kg, 310 mm
A
The distance between two outer faces of two-track rails
B
The distance between sleepers.
C
The clear distance between inner faces of two-track rails
D
The distance between inner face of one rail and outer face of another rail of the track
A
30%
B
33.5%
C
47.5%
D
20%
A
0.67 fck
B
0.45fck
C
0.22fck
D
0.36fck
A
Eccentric
B
Parabolic
C
Concentric
D
Elliptic
A
0.02 mm
B
0.002 mm
C
0.2 mm
D
2 mm
A
Curved
B
Square
C
Parabola
D
Skew
A
40
B
60
C
20
D
25
A
Maintainability
B
Reliability
C
Variables
D
Attributes
A
54.80 m
B
80 m
C
164 m
D
64.68 m
A
contract
B
mutual fund
C
job
D
loan
A
B.O.D
B
Turbidity
C
Threshold Odour Number
D
C.O.D
A
Distance can be estimated by measuring two vertical angles.
B
By moving the stadia wires a constant intercept on the staff can be obtained.
C
Trigonometry is used for measurement of distance.
D
Distance is proportional to the intercepts on a stadia rod.
A
50%
B
30%
C
80%
D
40%
A
Mumbai metro
B
Chennai metro
C
Delhi metro
D
Kolkata metro
A
Displacement thickness
B
Boundary layer
C
Laminar boundary layer
D
Boundary layer thickness
A
It should be made of some non-absorbent material
B
It provide sufficient water seal with large surface area
C
It should posses self-cleaning property
D
The internal and external surface should be Hard
A
Laminar flow in pipe
B
Laminar directional flow between stationary parallel plates
C
Laminar flow in sperical pipe
D
Laminar flow between concentric rotating cylinders
A
Cost of appraisal
B
Cost of scrap
C
Internal and external failure cost
D
Cost of prevention