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1-2 II. 2:FA A layer of water flows down an inclined surface with velocity u/U=2(y/h)-y²/h². Determine the magnitude and direction of the shear stress the water exerts on the surface. U-2 m/s, h=0.1 m. Let dynamic viscosity of water be 1.12x10³ N-s/m² (15 pts) -3 M=1.12.10's №.5 /m² **** 4 f と FU > ZU 5/= N y 1 min Z 62 ū - <\ n) h² 30.1m U= 2 m/s -du m WWW.

1-2 II. 2:FA A layer of water flows down an inclined surface with velocity u/U=2(y/h)-y²/h². Determine the magnitude and direction of the shear stress the water exerts on the surface. U-2 m/s, h=0.1 m. Let dynamic viscosity of water be 1.12x10³ N-s/m² (15 pts) -3 M=1.12.10's №.5 /m² **** 4 f と FU > ZU 5/= N y 1 min Z 62 ū - <\ n) h² 30.1m U= 2 m/s -du m WWW.

Structural Analysis
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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1-2 II. 2:FA A layer of water flows down an inclined surface with velocity u/U=2(y/h)-y²/h². Determine the magnitude and direction of the shear stress the water exerts on the surface. U-2 m/s, h=0.1 m. Let dynamic viscosity of water be 1.12x10³ N-s/m² (15 pts) -3 M=1.12.10's №.5 /m² **** 4 f と FU > ZU 5/= N y 1 min Z 62 ū - <\ n) h² 30.1m U= 2 m/s -du m WWW.
Transcribed Image Text:1-2 II. 2:FA A layer of water flows down an inclined surface with velocity u/U=2(y/h)-y²/h². Determine the magnitude and direction of the shear stress the water exerts on the surface. U-2 m/s, h=0.1 m. Let dynamic viscosity of water be 1.12x10³ N-s/m² (15 pts) -3 M=1.12.10's №.5 /m² **** 4 f と FU > ZU 5/= N y 1 min Z 62 ū - <\ n) h² 30.1m U= 2 m/s -du m WWW.
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