The pump shown below inputs 55 horsepower to the water (at 91% efficiency) as it pumps...

 

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The pump shown below inputs 55 horsepower to the water (at 91% efficiency) as it pumps water from the ocean bay reservoir to the upper seawater reservoir (68F). The elevation difference between the reservoir surfaces is 25 ft and the head loss is 15 ft. Section (2) olume Flow Fund (a) Determine the pump head added, h pump (ft) (b) Determine the flow rate, Q (ft/s) (c) What is the velocity in the pipe for a pipe diameter of 2.0 ft? (d) What is the ratio of friction head loss to velocity head? Flow 25 ft Section (1) The pump shown below inputs 55 horsepower to the water (at 91% efficiency) as it pumps water from the ocean bay reservoir to the upper seawater reservoir (68F). The elevation difference between the reservoir surfaces is 25 ft and the head loss is 15 ft. Section (2) olume Flow Fund (a) Determine the pump head added, h pump (ft) (b) Determine the flow rate, Q (ft/s) (c) What is the velocity in the pipe for a pipe diameter of 2.0 ft? (d) What is the ratio of friction head loss to velocity head? Flow 25 ft Section (1)