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6) Water has to be transported at a rate of 1.5 cfs from a reservoir of water elevation 2300 ft to a reservoir at water elevation of 2600 ft through a 6000-ft-long, 6-in.- diameter pipeline at 50F. Determine the brake horsepower of the pump in horsepower required if the pump has an efficiency of 77%. Disregard the minor losses and use a friction factor of 0.017. a) 107 h) 58940

6) Water has to be transported at a rate of 1.5 cfs from a reservoir of water elevation 2300 ft to a reservoir at water elevation of 2600 ft through a 6000-ft-long, 6-in.- diameter pipeline at 50F. Determine the brake horsepower of the pump in horsepower required if the pump has an efficiency of 77%. Disregard the minor losses and use a friction factor of 0.017. a) 107 h) 58940

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Answer Question 6: the marked choice is the correct answer. 

5) Water is pumped from a lower reservoir to an upper reservoir using a pump with a curve of hp = 400 - 4 Q2, where hp is in feet and Q is in cfs. With a static lift of 150 feet, the system delivers a discharge of 5.0 cfs. If the friction factor can be considered to be a constant and the minor losses ignored, what will be the operational discharge in cfs if the static lift is increased to 200 feet? $100 050.0 (b) 4.47 d) 2.00 a) 4.35 c) 0.20 6) Water has to be transported at a rate of 1.5 cfs from a reservoir of water elevation 2300 ft to a reservoir at water elevation of 2600 ft through a 6000-ft-long, 6-in.- diameter pipeline at 50F. Determine the brake horsepower of the pump in horsepower required if the pump has an efficiency of 77%. Disregard the minor losses and use a friction factor of 0.017. a) 107 c) 66 b) 58940 Loosd) 41
Transcribed Image Text:5) Water is pumped from a lower reservoir to an upper reservoir using a pump with a curve of hp = 400 - 4 Q2, where hp is in feet and Q is in cfs. With a static lift of 150 feet, the system delivers a discharge of 5.0 cfs. If the friction factor can be considered to be a constant and the minor losses ignored, what will be the operational discharge in cfs if the static lift is increased to 200 feet? $100 050.0 (b) 4.47 d) 2.00 a) 4.35 c) 0.20 6) Water has to be transported at a rate of 1.5 cfs from a reservoir of water elevation 2300 ft to a reservoir at water elevation of 2600 ft through a 6000-ft-long, 6-in.- diameter pipeline at 50F. Determine the brake horsepower of the pump in horsepower required if the pump has an efficiency of 77%. Disregard the minor losses and use a friction factor of 0.017. a) 107 c) 66 b) 58940 Loosd) 41
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