An Incompressible Fluid (kinematic Viscosity, 7.4 X 10-7 M2/s, Specific Gravity, 0.88) Is Held Between Two Parallel Plates. If The Top Plate Is Moved With A Velocity Of 0.5 M/s While The Bottom One Is Held Stationary, The Fluid Attains A Linear Velocity Profile In The Gap Of 0.5 Mm Between These Plates; The Shear Stress In Pascals On The Surface Of Top Plate Is Free Online Practice Multiple Choice Questions From Sunil Saharan's World

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378) An Incompressible Fluid (kinematic Viscosity, 7.4 X 10-7 M2/s, Specific Gravity, 0.88) Is Held Between Two Parallel Plates. If The Top Plate Is Moved With A Velocity Of 0.5 M/s While The Bottom One Is Held Stationary, The Fluid Attains A Linear Velocity Profile In The Gap Of 0.5 Mm Between These Plates; The Shear Stress In Pascals On The Surface Of Top Plate Is

0.651 X 10-3

0.651

6.51

0.651 X 103

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