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A
Euler`s theory
B
Bernoulli`s Equation
C
Rankine`s Formula
D
Darcy`s formula
A
Iron rakes
B
Improved agonic practice
C
Flushing
D
Excavation
A
16 × diameter of main bar
B
450 mm
C
200 mm
D
300 mm
A
Speed of sound in water = 1500 m/s, speed sound methanol = 1700 m/s
B
Speed of sound in water = 1480 m/s, speed sound methanol = 1023 m/s
C
Speed of sound in water = 1800 m/s, speed sound methanol = 1000 m/s
D
Speed of sound in water = 1450 m/s, speed sound methanol = 1340 m/s
A
17.8 kN/m3
B
21.6 kN/m3
C
19.8 kN/m3
D
15.6 kN/m3
A
Liquid Limit to less than 70% and Plasticity Index to be less than 15%.
B
Liquid Limit to less than 50% and Plasticity Index to be less than 25.
C
Liquid Limit to less than 60% and Plasticity Index to be less than 2%.
D
Liquid Limit to less than 80% and Plasticity Index to be less than 10.
A
stiffness
B
force
C
displacement
D
moment of distribution
A
properties
B
dimensions
C
acceleration
D
quantity
A
No treatment is required.
B
Primary treatment such as plain sedimentation should be given to the sewage
C
Treatment such as chemical precipitation are required
D
Complete through treatment should be given to sewage.
A
14 to 25 cm
B
8 to 12 cm
C
< 8 cm but > 4cm
D
> 25 cm but < 30 cm
A
Surface outlet
B
Outlet drains
C
Bedding
D
French drain
A
41.4 m
B
61.4 m
C
31.4 m
D
51.4 m
A
Normal distribution curve
B
Binomial distribution curve
C
Poisson`s distribution curve
D
Beta distribution curve
A
Factory and administration overheads
B
Factory, administration, sales, overheads and profits
C
Factory, administration and sales overheads
D
Factory Overheads
A
Void ratio
B
Air Content
C
Water Content
D
Porosity
A
Modulus of rigidity
B
Bulk modulus
C
Modulus of elasticity
D
Young`s modulus
A
1 x 10-6 and smaller
B
2 x 10-3 to 1 x 10-4
C
1 x 10-2to 5 x 10-2
D
1.0 and greater
A
4 tonnes
B
3.3 tonnes
C
1 tonnes
D
2.711 tonnes
A
double the height
B
one- half the height
C
one-third the height
D
two-third the height
A
adding
B
shrinking
C
compressing
D
wire winding