Water 60℉ flows at 10 ft/s in a 3 in diameter pipe that is 100 ft long. there six elbows (kl = 1) and two gate valves (kl = 0.3). the end of the pipe is at elevation 20 ft. above the inlet. the pressure at the inlet is 50 psia. the roughness height is 0.0002 ft. assume coefficient of friction, f = 0.02. Determine the head loss due to turbulence in the fittings in ft. Answer: 10.25 ft
Water 60℉ flows at 10 ft/s in a 3 in diameter pipe that is 100 ft long. there six elbows (kl = 1) and two gate valves (kl = 0.3). the end of the pipe is at elevation 20 ft. above the inlet. the pressure at the inlet is 50 psia. the roughness height is 0.0002 ft. assume coefficient of friction, f = 0.02. Determine the head loss due to turbulence in the fittings in ft. Answer: 10.25 ft
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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Water 60℉ flows at 10 ft/s in a 3 in diameter pipe that is 100 ft long. there six elbows (kl = 1) and two gate valves (kl = 0.3). the end of the pipe is at elevation 20 ft. above the inlet. the pressure at the inlet is 50 psia. the roughness height is 0.0002 ft. assume coefficient of friction, f = 0.02. Determine the head loss due to turbulence in the fittings in ft.
Answer: 10.25 ft
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