Two reservoirs with top surfaces placed on the flat ground and connected with each other with a straight pipe and pump system. The height of the first reservoir is Z1=10 m and the second reservoir is Z2=30 m from the ground level. The pump sucks water from the first reservoir and conveys into the second reservoir. The major head loss along the pipe is hf=40 m with ignoring local head losses. Calculate the manometric head of the pump in a meter of water. Select one: O A 20 m O B. 40 m O. 80 m O D. 10 m O E 60 m
Two reservoirs with top surfaces placed on the flat ground and connected with each other with a straight pipe and pump system. The height of the first reservoir is Z1=10 m and the second reservoir is Z2=30 m from the ground level. The pump sucks water from the first reservoir and conveys into the second reservoir. The major head loss along the pipe is hf=40 m with ignoring local head losses. Calculate the manometric head of the pump in a meter of water. Select one: O A 20 m O B. 40 m O. 80 m O D. 10 m O E 60 m
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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Two reservoirs with top surfaces placed on the flat ground and connected with each other with a straight pipe and pump system. The height of the first reservoir is Z1=10 m and the second reservoir is Z2=30 m from the ground level. The pump sucks water from the first reservoir and conveys into the second reservoir. The major head loss along the pipe is hf=40 m with ignoring local head losses. Calculate the manometric head of the pump in a meter of water.
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