1-47. Water at A has a temperature of 15°C and flows along the top surface of the plate C. The velocity profile is approximated as u = 10 sin (2.5TY) m/s, where y is in meters. Below the plate the water at B has a temperature of 60°C and a velocity profile of ug = 4(10®)(0.ly – y³), where y is in meters. Determine the resultant force per unit length of plate C the flow exerts on the plate due to viscous friction. The plate is 3 m wide.
1-47. Water at A has a temperature of 15°C and flows along the top surface of the plate C. The velocity profile is approximated as u = 10 sin (2.5TY) m/s, where y is in meters. Below the plate the water at B has a temperature of 60°C and a velocity profile of ug = 4(10®)(0.ly – y³), where y is in meters. Determine the resultant force per unit length of plate C the flow exerts on the plate due to viscous friction. The plate is 3 m wide.
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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Transcribed Image Text:1-47. Water at A has a temperature of 15°C and flows
along the top surface of the plate C. The velocity profile is
approximated as u = 10 sin (2.5TY) m/s, where y is in
meters. Below the plate the water at B has a temperature of
60°C and a velocity profile of ug = 4(10®x(0.1y – y), where
y is in meters. Determine the resultant force per unit length
of plate C the flow exerts on the plate due to viscous friction.
The plate is 3 m wide.
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