Situation 4: A pipeline x joins pipelines11, 2 and 3 at junction A. The pipelines1,2 and 3 merges at junction B to form asingle pipeline y. The pressure heads atA and B are 78 m and 42 m, respectively.X A2ВyUse Hazen-Williams constant c120 forall pipes.PipeLength3,000 m1,300 m2,600 mDiameter300 mma. Compute the rate of flow in pipeline 1.1200 mmb. Compute the rate of flow in pipeline 2.250 mmc. Compute the total rate of flow.

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Engineering

Civil Engineering

Compute the rate of flow in pipeline 1. Compute the rate of flow in pipeline 2. Compute the total rate of flow.

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

Situation 4: A pipeline x joins pipelines
1
1, 2 and 3 at junction A. The pipelines
1,2 and 3 merges at junction B to form a
single pipeline y. The pressure heads at
A and B are 78 m and 42 m, respectively.
X A
2
В
y
Use Hazen-Williams constant c
120 for
all pipes.
Pipe
Length
3,000 m
1,300 m
2,600 m
Diameter
300 mm
a. Compute the rate of flow in pipeline 1.
1
200 mm
b. Compute the rate of flow in pipeline 2.
250 mm
c. Compute the total rate of flow.

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