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Oil ( u = 0.478 Pa.s and ( 3 cm ) in diameter and has a slope of ( 30° ) with the horizontal. The pressure gradient along the pipe is ( dp/dx =- 918.5 N/m' ). Determine; v = 5.3 *10 m/s) flows downward in a pipe which is a. The volume flow rate. b. The wall shear stress. c. The maximum and average velocities. d. The Reynolds number.

Oil ( u = 0.478 Pa.s and ( 3 cm ) in diameter and has a slope of ( 30° ) with the horizontal. The pressure gradient along the pipe is ( dp/dx =- 918.5 N/m' ). Determine; v = 5.3 *10 m/s) flows downward in a pipe which is a. The volume flow rate. b. The wall shear stress. c. The maximum and average velocities. d. The Reynolds number.

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Oil ( u = 0.478 Pa.s and v=5.3 *10 m/s) flows downward in a pipe which is ( 3 cm ) in diameter and has a slope of ( 30°) with the horizontal. The pressure gradient along the pipe is ( dp/dx = - 918.5 N/m' ). Determine; 6. a. The volume flow rate. b. The wall shear stress. c. The maximum and average velocities. d. The Reynolds number.
Transcribed Image Text:Oil ( u = 0.478 Pa.s and v=5.3 *10 m/s) flows downward in a pipe which is ( 3 cm ) in diameter and has a slope of ( 30°) with the horizontal. The pressure gradient along the pipe is ( dp/dx = - 918.5 N/m' ). Determine; 6. a. The volume flow rate. b. The wall shear stress. c. The maximum and average velocities. d. The Reynolds number.
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