The elevation difference between the water surfaces of reservoir A and reservoir B is 25 m. Point S represents the mid-length of the 500 m long pipe (i.e. 250 m). If the pipe diameter is 200 mm, velocity=2.2 m/s, roughness is 0.0025 mm and friction factor is 0.02 determine the highest elevation the pipe can reach (with respect to reservoir B) at the summit point (point S) without risking pipe cavitation. AThe elevation difference between the water surfaces of reservoir Aand reservoir B is 25 m. Point S represents the mid-length of the 500 m long pipe(i.e. 250 m). If the pipe diameter is 200 mm, velocity-2.2 m/s, roughness is 0.0025mm and friction factor is 0.02 determine the highest elevation the pipe can reach(with respect to reservoir B) at the summit point (point S) without risking pipecavitation.25 mHs = ?

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Answered: The elevation difference between the…

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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The elevation difference between the water surfaces of reservoir A and reservoir B is 25 m. Point S represents the mid-length of the 500 m long pipe (i.e. 250 m). If the pipe diameter is 200 mm, velocity=2.2 m/s, roughness is 0.0025 mm and friction factor is 0.02 determine the highest elevation the pipe can reach (with respect to reservoir B) at the summit point (point S) without risking pipe cavitation.

A
The elevation difference between the water surfaces of reservoir A
and reservoir B is 25 m. Point S represents the mid-length of the 500 m long pipe
(i.e. 250 m). If the pipe diameter is 200 mm, velocity-2.2 m/s, roughness is 0.0025
mm and friction factor is 0.02 determine the highest elevation the pipe can reach
(with respect to reservoir B) at the summit point (point S) without risking pipe
cavitation.
25 m
Hs = ?

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