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20 15 165 10 250 np curve in the form of quadratic equation. s installed in a pipeline to augment flow from reservoi reservoir A exceeds that in the reservoir B by 17 m, the essed as KQ². Find the value of K. If the value of K rema he water level in reservoir A exceeds that in the reservo

20 15 165 10 250 np curve in the form of quadratic equation. s installed in a pipeline to augment flow from reservoi reservoir A exceeds that in the reservoir B by 17 m, the essed as KQ². Find the value of K. If the value of K rema he water level in reservoir A exceeds that in the reservo

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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Problem 4: The characteristic curve for a pump operating at 1200 rpm is given by the following: Head (m) Q (L/s) 20 15 165 10 250 Find the pump curve in the form of quadratic equation. This pump is installed in a pipeline to augment flow from reservoir A to B. If the water surface elevation in reservoir A exceeds that in the reservoir B by 17 m, the flow rate is 170 L/s. If the hi term is expressed as KO. Find the value of K. If the value of K remains the same, what will be the flow rate if the water level in reservoir A exceeds that in the reservoir B by 2.8 m
Transcribed Image Text:Problem 4: The characteristic curve for a pump operating at 1200 rpm is given by the following: Head (m) Q (L/s) 20 15 165 10 250 Find the pump curve in the form of quadratic equation. This pump is installed in a pipeline to augment flow from reservoir A to B. If the water surface elevation in reservoir A exceeds that in the reservoir B by 17 m, the flow rate is 170 L/s. If the hi term is expressed as KO. Find the value of K. If the value of K remains the same, what will be the flow rate if the water level in reservoir A exceeds that in the reservoir B by 2.8 m
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