L = 700m 2 4 D = 45cm L = 800m D = 40cm L = 600m L= 700m D = 35cm D = 35cm 1 A L = 700m D = 40cm L = 1200m 3 D = 40cm Water is flowing from point A to point B in the system shown in the figure. All the corresponding length and diameter of each pipe is shown. Assuming that each pipe has n=0.011 and head loss from point A to B is 30m, determine the a) discharge at pipe 1 b) discharge at pipe 3 c) discharge at pipe 5

L = 700m 2 4 D = 45cm L = 800m D = 40cm L = 600m L= 700m D = 35cm D = 35cm 1 A L = 700m D = 40cm L = 1200m 3 D = 40cm Water is flowing from point A to point B in the system shown in the figure. All the corresponding length and diameter of each pipe is shown. Assuming that each pipe has n=0.011 and head loss from point A to B is 30m, determine the a) discharge at pipe 1 b) discharge at pipe 3 c) discharge at pipe 5

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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Question

...
L = 700m
2
4
D = 45cm
L = 800m
D = 40cm
L = 600m
L = 700m
D = 35cm
D = 35cm
1
A
L = 700m
В
D = 40cm
L = 1200m
D = 40cm
Water is flowing from point A to point B in the system shown in the figure. All the corresponding length and diameter of each pipe is
shown. Assuming that each pipe has n=0.011 and head loss from point A to B is 30m, determine the
a) discharge at pipe 1
b) discharge at pipe 3
c) discharge at pipe 5
A
Q3 = 0.160 cu.m/s
B) Q1 = 0.253 cu.m/s
3.

Water is flowing from point A to point B in the system shown in the figure. All the corresponding length and diameter of each pipe is
shown. Assuming that each pipe has n-0.011 and head loss from point A to B is 30m, determine the
a) discharge at pipe 1
bị discharge at pipe 3
c) discharge at pipe 5
A) Q3= 0.160 cu.m/s
B) Q1 = 0.253 cu.m/s
Q5 - 0.0921 cu.m/s
Q1 - 0.320 cu.m/s
Q3 = 0.132 cu.m/s
Q3 = 0.103 cu.m/s
Q3 - 0.186 cu.m/s
H Q5 = 0.0581 cum/s
Q5 = 0.0777 cu.mis
Q1 = 0.216 cu.m/s
K Q5 - 0.126 cu.m/s
Q1 = 0.279 cu.m/s

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