A. Single stage vertical
B. Centrifugal
C. Plunger
D. Diffuser
		A. Single stage vertical
B. Centrifugal
C. Plunger
D. Diffuser
		A. Rotational
B. Unsteady
C. Turbulent
D. Non-uniform
		A. f = 0.079.NRe-0.25
B. f-0.5 = 4.07 loge (NRef)-0.6
C. Both ‘a’ and ‘b’
D. None of these
		A. Inertial and drag forces are important
B. Drag, gravitational and buoyancy forces are important
C. Drag force and gravitational forces are important
D. None of the above
		A. Where there is no velocity gradient
B. At higher temperatures
C. Only in Newtonian fluids
D. None of these
		A. Dynamic similarity
B. Same efficiency
C. Same speed
D. Geometrical similarity
		A. √(2gh)
B. C.V. √(2gh)
C. Cd √(2gh)
D. Cc √(2gh)
		A. Bearing losses
B. Disk friction
C. Shock losses
D. Cavitation
		A. d
B. 0.5 d
C. 2d
D. 4d
		A. Lies above the centroid of the plane surface
B. Is independent of the specific weight of the fluid
C. Is different for different fluids
D. Is at the centroid of the plane surface