Q21/ If the velocity distribution section of a fluid flowing over a solid surface is represented by the equation v=2y^( 2/3) where (v) represents the velocity and (y) represents a distance perpendicular to the surface, calculate the shear stress in Pa at the surface distance(20 cm,60 cm), as the viscosity is 0.025 pa.sec (0.077 - 0.06) pa O (0.067 - 0.05)paO (0.057 - 0.04)pa O none of all above O

Q21/ If the velocity distribution section of a fluid flowing over a solid surface is represented by the equation v=2y^( 2/3) where (v) represents the velocity and (y) represents a distance perpendicular to the surface, calculate the shear stress in Pa at the surface distance(20 cm,60 cm), as the viscosity is 0.025 pa.sec (0.077 - 0.06) pa O (0.067 - 0.05)paO (0.057 - 0.04)pa O none of all above O

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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