b) Water is pumped between two large open reservoirs through 1.5 km of smooth pipe shown Figure 5. The water surfaces in the two reservoirs are at the same elevation. When the pump adds 20 kW to the water the flowrate is 1 m³/s . If minor losses are negligible, with the aid of spreadsheet for trial and error, determine the pipe diameter, D. Diameter Dm = ? m Water Pump Figure 5 Two reservoirs piping system

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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b)
Water is pumped between two large open reservoirs through 1.5 km of smooth pipe
shown Figure 5. The water surfaces in the two reservoirs are at the same elevation.
When the pump adds 20 kW to the water the flowrate is 1 m/s . If minor losses are
negligible, with the aid of spreadsheet for trial and error, determine the pipe diameter,
Dm.
Diameter
Dm = ? m
Water
Pump
Figure 5 Two reservoirs piping system
Transcribed Image Text:b) Water is pumped between two large open reservoirs through 1.5 km of smooth pipe shown Figure 5. The water surfaces in the two reservoirs are at the same elevation. When the pump adds 20 kW to the water the flowrate is 1 m/s . If minor losses are negligible, with the aid of spreadsheet for trial and error, determine the pipe diameter, Dm. Diameter Dm = ? m Water Pump Figure 5 Two reservoirs piping system
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