ME - Mechanical Engineering

1) For ideal fluids

2) For pipe flow only

3) For real fluid

4) For flow over flat plate only

A) Inertia force to pressure force

B) Inertia force to elastic force

C) Inertia force to gravity force

D) none

A) Inertia force to viscous force

B) Viscous force to surface tension force

Viscous force to elastic force

Inertia force to elastic force

A) Ratio of inertia force to gravity force

B) Ratio of viscous force to gravity force

Ratio of viscous force to elastic force

Ratio of inertia force to viscous force

A) Reynold number

B) Froude number

C) Mach number

D) Euler number

A) Reynolds number

B) Froude number

C) Mach number

D) Euler number

ratio of inertia force of gravity force

ratio of viscous force to gravity force

ratio of viscous force to elastic force

ratio of inertia force to viscous force

50%

66.67%

75%

100%

rate of flow through pipes

rate of flow through a small channel

velocity through a pipe

velocity through a small channel

velocity

pressure

viscosity

rate of flow