Fluid Mechanics for Chemical

A. ML-2T-1
B. L2T-1
C. ML-2T-2
D. None of these

A. Radius of
B. Speed of
C. Fluid velocity leaving
D. None of these

A. Frictionless and at rest
B. At rest
C. At rest and when the frictionless fluid is in motion
D. None of these

A. Steady uniform
B. Non-steady uniform
C. Steady non-uniform
D. Non-steady non-uniform

A. The fluid is incompressible
B. The fluid is non-viscous
C. The continuity equation is satisfied
D. The flow is rotational and incompressible

A. Penstock
B. Siphon
C. Tunnel
D. Pressure pipeline

A. In the zone of complete turbulence
B. When the roughness projections are much smaller than the thickness of the laminar film
C. Everywhere in the transition zone
D. When the friction factor is independent of the Reynold’s number

A. 1
B. 10/55
C. 5.5
D. 1/55

A. Less power than
B. More power than
C. Same power as
D. Data insufficient to predict

A. Motion
B. Pressure & temperature
C. Shearing stress
D. Both B. & C.