Calculate the power the pump must have in order to lift 40 cfm (ft/min) of water (density = 1.9 slug/ft³, viscosity = 12.2 x 106 ft?/s) from a reservoir to a pond (elevation difference 80 ft) using a 3-in diameter, 200-ft long hose with roughness of 0.0003 ft.
Calculate the power the pump must have in order to lift 40 cfm (ft/min) of water (density = 1.9 slug/ft³, viscosity = 12.2 x 106 ft?/s) from a reservoir to a pond (elevation difference 80 ft) using a 3-in diameter, 200-ft long hose with roughness of 0.0003 ft.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Calculate the power the pump must have in order to lift 40 cfm (ft/min) of water (density = 1.9
slug/ft', viscosity = 12.2 x 106 ft?/s) from a reservoir to a pond (elevation difference 80 ft) using a 3-in
diameter, 200-ft long hose with roughness of 0.0003 ft.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ceaed1e-8b49-4eb7-8701-f7d6c93d5624%2F2c6219fb-0826-497a-ba9d-86dd9dbcb2ec%2Fqur3dv_processed.png&w=3840&q=75)
Transcribed Image Text:Calculate the power the pump must have in order to lift 40 cfm (ft/min) of water (density = 1.9
slug/ft', viscosity = 12.2 x 106 ft?/s) from a reservoir to a pond (elevation difference 80 ft) using a 3-in
diameter, 200-ft long hose with roughness of 0.0003 ft.
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