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2. A.) Water in a concrete detention pond is to be pumped over a berm and into a lake. If the 8-inch diameter hose has an average roughness of &=0.0006 ft, determine the power requirement of the pump so that the flow out of the pipe is 2400 gal/min. The hose is 800 ft long, and water temperature is 60°F. Give the answer in hp. A 60 ft B B.) Repeat the power calculation from Part A assuming no friction (ht = 0).

2. A.) Water in a concrete detention pond is to be pumped over a berm and into a lake. If the 8-inch diameter hose has an average roughness of &=0.0006 ft, determine the power requirement of the pump so that the flow out of the pipe is 2400 gal/min. The hose is 800 ft long, and water temperature is 60°F. Give the answer in hp. A 60 ft B B.) Repeat the power calculation from Part A assuming no friction (ht = 0).

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
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2. A.) Water in a concrete detention pond is to be pumped over a berm and into lake. If the 8-inch diameter hose has an average roughness of &=0.0006 ft, determine the power requirement of the pump so that the flow out of the pipe is 2400 gal/min. The hose is 800 ft long, and water temperature is 60°F. Give the answer in hp. A 60 ft B B.) Repeat the power calculation from Part A assuming no friction (ht = 0).
Transcribed Image Text:2. A.) Water in a concrete detention pond is to be pumped over a berm and into lake. If the 8-inch diameter hose has an average roughness of &=0.0006 ft, determine the power requirement of the pump so that the flow out of the pipe is 2400 gal/min. The hose is 800 ft long, and water temperature is 60°F. Give the answer in hp. A 60 ft B B.) Repeat the power calculation from Part A assuming no friction (ht = 0).
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