Manometer Reading (mm of Hg) Ratometer No. Reading (m³/hr.) Point 1 Point 2 1 85 107 1.7 87 105 1.5 Pipe No.1 3 90 103 1.3 4 92 101 1.1 94 99 0.9 1 70 123 1.7 75 117 1.5 Pipe No.2 82 110 1.3 86 107 1.1 90 104 0.9 Diameter of Pipe No.1 = 0.0276 m Diameter of Pipe No.2 = 0.0216 m %3D Length of Pipe No.1 = 2 m %3D Length of Pipe No.2 = 2 m Temperature of water = 20°C uestion 3- Discuss the flow through the Coarse and soft pip. 23

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
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Worksheet
Manometer Reading
(mm of Hg)
Ratometer
No.
Reading (m³/hr.)
Point 1
Point 2
1
85
107
1.7
87
105
1.5
Pipe
No.1
3
90
103
1.3
4
92
101
1.1
5
94
99
0.9
1
70
123
1.7
75
117
1.5
Pipe
No.2
82
110
1.3
4
86
107
1.1
90
104
0.9
Diameter of Pipe No.1 = 0.0276 m
Diameter of Pipe No.2 = 0.0216 m
Length of Pipe No.1 = 2 m
Length of Pipe No.2 = 2 m
Temperature of water 20°C
Question
3- Discuss the flow through the Coarse
and soft pip.
4- Compare the laboratory result With
the Charts Moody and try to find the
mathematical relations to the turbulent
flow.
Transcribed Image Text:Worksheet Manometer Reading (mm of Hg) Ratometer No. Reading (m³/hr.) Point 1 Point 2 1 85 107 1.7 87 105 1.5 Pipe No.1 3 90 103 1.3 4 92 101 1.1 5 94 99 0.9 1 70 123 1.7 75 117 1.5 Pipe No.2 82 110 1.3 4 86 107 1.1 90 104 0.9 Diameter of Pipe No.1 = 0.0276 m Diameter of Pipe No.2 = 0.0216 m Length of Pipe No.1 = 2 m Length of Pipe No.2 = 2 m Temperature of water 20°C Question 3- Discuss the flow through the Coarse and soft pip. 4- Compare the laboratory result With the Charts Moody and try to find the mathematical relations to the turbulent flow.
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