Water at 25°C is flowing in a 26 cm commercial steel pipe. The total length of the pipe is 1416m. If a head of water of 11.3 m is available to overcome the friction loss, what should be the volumetric flow rate of the water flowing in the pipe in m³/hour? Use density data from Handbook, viscosity = 1cP. The flow is turbulent. In 2 decimal values.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Water at 25°C is flowing in a 26 cm commercial steel pipe.
The total length of the pipe is 1416m. If a head of water of
11.3 m is available to overcome the friction loss, what
should be the volumetric flow rate of the water flowing in
the pipe in m³/hour? Use density data from Handbook,
viscosity = 1cP. The flow is turbulent.
In 2 decimal values.
Show the complete solution.
No need to draw the problem.
Start with the MEB equation.
Transcribed Image Text:Water at 25°C is flowing in a 26 cm commercial steel pipe. The total length of the pipe is 1416m. If a head of water of 11.3 m is available to overcome the friction loss, what should be the volumetric flow rate of the water flowing in the pipe in m³/hour? Use density data from Handbook, viscosity = 1cP. The flow is turbulent. In 2 decimal values. Show the complete solution. No need to draw the problem. Start with the MEB equation.
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