Category: Fluid Mechanics for Chemical

A. Speed
B. Impeller diameter
C. Both A. and B.
D. Neither A. nor B.

A. Less than the average velocity through channels
B. More than the average velocity through channels
C. Dependent on the pressure drop across the bed
D. Same as the average velocity through channels

A. Employs such an impeller, through which the flow is a combination of radial & axial flow
B. Mixes the two fluids before pumping them
C. Pumps the two fluids separately and then mixes them
D. Employs impellers in both the radial & axial directions

A. Relief
B. Three/four way
C. Pressure reducing
D. Directional control

A. Fixed in space in steady flow
B. Always the path of particle
C. Drawn normal to the velocity vector at every point
D. A line connecting the mid points of flow cross-section

A. Centrifugal
B. Reciprocating
C. Impulse
D. Parallel cylinder

A. 7
B. 700
C. 7000
D. 630

A. Archimedes principle
B. Newton’s second law of motion
C. Hooke’s law
D. Newton’s third law of motion

A. Blower
B. Compressor
C. Vacuum pump
D. Fan

A. Stream
B. Path
C. Equipotential
D. None of these