Fluid Mechanics mcqs

For Laminar Flow Of Newtonian Fluids Through A Circular Pipe, For A Given Pressure Drop And Length & Diameter Of Pipe, The Velocity Of Fluid Is Proportional To (Where, Μ = Fluid Viscosity ) ?

For Laminar Flow Of Newtonian Fluids Through A Circular Pipe, For A Given Pressure Drop And Length & Diameter Of Pipe, The Velocity Of Fluid Is Prop

√Μ

1/√Μ

1/Μ

Μ

For Laminar Flow Of Newtonian Fluid In A Circular Pipe, The Velocity Distribution Is A Function Of The Distance ‘D’ Measured From The Centre Line Of The Pipe, And It Follows A ---------- Relationship?

For Laminar Flow Of Newtonian Fluid In A Circular Pipe, The Velocity Distribution Is A Function Of The Distance ‘D’ Measured From The Centre Line Of The

Linear

Hyperbolic

Logarithmic

Parabolic

For Laminar Flow Of A Fluid Through A Packed Bed Of Spheres Of Diameter D, The Pressure Drop Per Unit Length Of Bed Depends Upon The Sphere Diameter As---------?

For Laminar Flow Of A Fluid Through A Packed Bed Of Spheres Of Diameter D, The Pressure Drop Per Unit Length Of Bed Depends Upon The Sphere Diameter As-

D̅ 2

D

D4

D2

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