Time Left : 00:00
A
0.45%, 1 : 1.5 : 3
B
0.25%, 1 : 2 : 2
C
0.65%, 1 : 3 : 6
D
0.25% ,1 : 2 : 4
A
total
B
free
C
interfering
D
independent
A
Open canal
B
Mobile boundary canal
C
Closed canal
D
Rigid boundary canal
A
High temperature
B
Settlement of tripod due to soft soil
C
Wind associated vibrations
D
Slip
A
lower
B
equal to strain
C
proportional to strain
D
higher
A
Distance and displacement
B
Speed and velocity
C
Displacement and velocity
D
Distance and speed
A
grade density of smoke
B
measure CO
C
grade automobile exhaust gas
D
measure SO2
A
Caution money
B
Bank guarantee
C
Security
D
Earnest money
A
50
B
500
C
1000
D
2000
A
Critical Path method
B
Unit base method
C
Plinth area method
D
Cubical contents method
A
G.I Pipes
B
Polythene Tubes
C
Lead pipes
D
Copper tubing
A
30 cm/sec
B
60 cm/sec
C
100 cm/sec
D
20 cm/sec
A
Girder
B
Decking
C
Snapping
D
Buckling
A
Capital Cost
B
Book Value
C
Market Value
D
Rateable value
A
Pressure will be medium
B
Pressure will be low
C
Discharge will be constant and pressure will be high
D
Discharge will be more
A
Unearthing relics of antiquity
B
Determining points of strategic importance
C
Determining different strata
D
Exploring mineral wealth
A
Pt= 3.H3 .P/2π.Z5
B
W= Cp .γ.B2
C
W= C.γ.B2
D
W= C.γ.B.D
A
Principle of Superposition of forces
B
Resolution of forces
C
Principle of Physical Independence of forces
D
Principle of Transmissibility of forces
A
Back sight
B
Height of instrument
C
Fore sight
D
Height of station
A
50%
B
30%
C
20%
D
40%