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Determine the diameter of steel pipe needed to deliver water (20°C) at a rate of 2 cu. m/s from a reservoir with water surface elevation of 60 m to a reservoir 200 m away with a water surface elevation of 30 m. Assume a squared edge inlet and outlet (k = 1) and no bends in the pipe. Further assume there are two open gate valves in the pipe (k=0.2).

Determine the diameter of steel pipe needed to deliver water (20°C) at a rate of 2 cu. m/s from a reservoir with water surface elevation of 60 m to a reservoir 200 m away with a water surface elevation of 30 m. Assume a squared edge inlet and outlet (k = 1) and no bends in the pipe. Further assume there are two open gate valves in the pipe (k=0.2).

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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Determine the diameter of steel pipe needed to deliver water (20°C) at a rate of 2 cu. m/s from a reservoir with water surface elevation of 60 m to a reservoir 200 m away with a water surface elevation of 30 m. Assume a squared edge inlet and outlet (k = 1) and no bends in the pipe. Further assume there are two open gate valves in the pipe (k=0.2).
Transcribed Image Text:Determine the diameter of steel pipe needed to deliver water (20°C) at a rate of 2 cu. m/s from a reservoir with water surface elevation of 60 m to a reservoir 200 m away with a water surface elevation of 30 m. Assume a squared edge inlet and outlet (k = 1) and no bends in the pipe. Further assume there are two open gate valves in the pipe (k=0.2).
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