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(at the center). Drive the expression for the drag force per unit area applied to both plates by the fluid (F/A). If the drag force is 0.565 N, calculate the necessary velocity for the water at 20°C flow through the tube with the radius of 0.08 m and 15 m length (u:0.0010 kg/m. s).

(at the center). Drive the expression for the drag force per unit area applied to both plates by the fluid (F/A). If the drag force is 0.565 N, calculate the necessary velocity for the water at 20°C flow through the tube with the radius of 0.08 m and 15 m length (u:0.0010 kg/m. s).

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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One dimensional flow occurs in the circular tube at the location adequately far from the entrance shown in the figure right. Velocity profile is the laminar and expressed as; U(x) = Umax(1-r/R?) Where R: radius of the tube, r: distance beginning from the center and Umax: maximum velocity (at the center). Drive the expression for the drag force per unit area applied to both plates by the fluid (F/A). If the drag force is 0.565 N, calculate the necessary velocity for the water at 20°C flow through the tube with the radius of 0.08 m and 15 m length (u:0.0010 kg/m. s). Umax Umax
Transcribed Image Text:One dimensional flow occurs in the circular tube at the location adequately far from the entrance shown in the figure right. Velocity profile is the laminar and expressed as; U(x) = Umax(1-r/R?) Where R: radius of the tube, r: distance beginning from the center and Umax: maximum velocity (at the center). Drive the expression for the drag force per unit area applied to both plates by the fluid (F/A). If the drag force is 0.565 N, calculate the necessary velocity for the water at 20°C flow through the tube with the radius of 0.08 m and 15 m length (u:0.0010 kg/m. s). Umax Umax
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