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Two rescrvoirs are connected with a cylindrical pipe. What is the velocity at A? . What is the flow rate at A? . Suppose the depth of location A is no longer at 0.5 m, but rather its depth, y, can vary relative to the bottom of the pipe. Solve in general for Va in terms of the rescrvoir water level clevations (Z, and Za) and demonstrate mathematically that VA does not depend on y.

Two rescrvoirs are connected with a cylindrical pipe. What is the velocity at A? . What is the flow rate at A? . Suppose the depth of location A is no longer at 0.5 m, but rather its depth, y, can vary relative to the bottom of the pipe. Solve in general for Va in terms of the rescrvoir water level clevations (Z, and Za) and demonstrate mathematically that VA does not depend on y.

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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Two reservoirs are connected with a cylindrical pipe. . What is the velocity at A?' . What is the flow rate at A? . Suppose the depth of location A is no longer at 0.5 m, but rather its depth, y, can vary relative to the bottom of the pipe. Solve in general for VA in terms of the reservoir water level elevations (Z and Z2) and demonstrate mathematically that VA does not depend on y. 5m 4 m 1m A Io5m 3 m 2 m
Transcribed Image Text:Two reservoirs are connected with a cylindrical pipe. . What is the velocity at A?' . What is the flow rate at A? . Suppose the depth of location A is no longer at 0.5 m, but rather its depth, y, can vary relative to the bottom of the pipe. Solve in general for VA in terms of the reservoir water level elevations (Z and Z2) and demonstrate mathematically that VA does not depend on y. 5m 4 m 1m A Io5m 3 m 2 m
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