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A
2.88 x 10-5
B
1.88 x 10-3
C
1.68 x 10-5
D
2.50 x 10-4
A
1856
B
1859
C
1857
D
1858
A
Independent
B
Total
C
Half
D
Free
A
Impounding
B
Coffer
C
Diversion
D
Detention
A
50bd
B
300mm
C
Minimum of 25b or 100b2/d
D
Minimum of 60b or 250b2/d
A
25 mm
B
20 mm
C
35 mm
D
50 mm
A
Is a gradually varied flow
B
Occurs right after the hydraulic jump
C
Is a tranquil flow
D
Is called as critical flow
A
195 KNm
B
200 KNm
C
130 KNm
D
120 KNm
A
Rolling Terrain
B
Mountainous Terrain
C
Plain Terrain
D
Steep
A
Vo = 0.55 D0.64
B
Vo = 0.55 D0.75
C
Vo = 0.75 D0.64
D
Vo= 0.64 D0.55
A
Carpet area
B
Walls standing on floor level
C
Lift and landing
D
Cantilevered porch
A
50 mg/l
B
126 mg/l
C
252 mg/l
D
300 mg/l
A
Final location and detailed survey
B
Map study
C
Preliminary survey
D
Reconnaissance survey
A
Change in the total energy
B
Change in pressure
C
Torque
D
Change in velocity
A
Obtuse angled triangle
B
Equilateral triangle
C
Isosceles triangle
D
Right angled triangle
A
15 N/mm
B
14.81 kN/m
C
14.6 kN/m
D
15.14 kN/m
A
Control Chart
B
P-Chart
C
C-Chart
D
Flow Chart
A
Sanitary sewers should be designed for self-creating velocity of at least 60 cm/sec and combined sewers for a velocity of 75 to 90 cm/sec
B
Sewers in the combined system should be capable of carrying at least two times the Dry Weather Flow (D.W.F.) in addition to stormwater
C
The quantity of sanitary sewage and industrial waste is proportional to the water supplied by public supply
D
A deep of about 12 mm is given in a manhole where only direction changes
A
K2Cr2O7
B
NH4NO3
C
NH4CL
D
KMnO4
A
Boulders stage of the river
B
Trough stage of the river
C
Rock stage of the river
D
Delta stage of the river