Water flows from a large reservoir at the rate of 0.0137 m3/s through the system shown in the Fig. below. Calculate the pressure at B. NB: Use f = 0.017 (friction factor) and fT = 0.010 in zone of complete turbulence.Hint: Include minor losses, assume K = 1.0 for the inlet or entrance and use the applicable appendix at the back of the textbook to obtain the pipe parameters. 1.5 m5-in type KCopper tube8.5 m15 mAll elbowsFlowBare standard80 m Water flows from a large reservoir at the rate of 0.0137 m3/s through the systemshown in the Fig. below. Calculate the pressure at B.NB: Use f = 0.017 (friction factor) and fr = 0.010 in zone of complete turbulence.Hint: Include minor losses, assume K = 1.0 for the inlet or entrance and use theapplicable appendix at the back of the textbook to obtain the pipe parameters.

The flow of fluid includes movement of an unbalanced fluid. As long as unequalled forces are in…

Answered: Water flows from a large reservoir at…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

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Water flows from a large reservoir at the rate of 0.0137 m³/s through the system shown in the Fig. below. Calculate the pressure at B.

NB: Use f = 0.017 (friction factor) and f_T = 0.010 in zone of complete turbulence.

Hint: Include minor losses, assume K = 1.0 for the inlet or entrance and use the applicable appendix at the back of the textbook to obtain the pipe parameters.

1.5 m
5-in type K
Copper tube
8.5 m
15 m
All elbows
Flow
B
are standard
80 m

Water flows from a large reservoir at the rate of 0.0137 m3/s through the system
shown in the Fig. below. Calculate the pressure at B.
NB: Use f = 0.017 (friction factor) and fr = 0.010 in zone of complete turbulence.
Hint: Include minor losses, assume K = 1.0 for the inlet or entrance and use the
applicable appendix at the back of the textbook to obtain the pipe parameters.

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