Two new cast iron pipes in series connect two reservoirs. Both pipes are 300m long and have diameters 0.6m and 0.4m respectively. The elevation of the water surface in reservoir A is 80m. The discharge of water from reservoir A to reservoir B is 0.5m³/s. Find the elevation of the surface of reservoir B. H B If entrance from reservoir A to pipe loss coefficient Ke = 0.5 Coefficient of contraction, Kc = 0.21 and entrance from pipe 2 to reservoir B coefficient, Kez = 1 fi(frictional factor in pipe 1) = 0.017 and F2 = 0.018

Two new cast iron pipes in series connect two reservoirs. Both pipes are 300m long and have diameters 0.6m and 0.4m respectively. The elevation of the water surface in reservoir A is 80m. The discharge of water from reservoir A to reservoir B is 0.5m³/s. Find the elevation of the surface of reservoir B. H B If entrance from reservoir A to pipe loss coefficient Ke = 0.5 Coefficient of contraction, Kc = 0.21 and entrance from pipe 2 to reservoir B coefficient, Kez = 1 fi(frictional factor in pipe 1) = 0.017 and F2 = 0.018

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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1. Two new cast iron pipes in series connect two reservoirs. Both pipes are 300m long and
have diameters 0.6m and 0.4m respectively. The elevation of the water surface in
reservoir A is 80m. The discharge of water from reservoir A to reservoir B is 0.5m³/s.
Find the elevation of the surface of reservoir B.
80m
A
B
If entrance from reservoir A to pipe loss coefficient Ke = 0.5
Coefficient of contraction, Kc = 0.21 and entrance from pipe 2 to reservoir B coefficient,
Kez = 1 fi(frictional factor in pipe 1) = 0.017 and F2 = 0.018

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