The average flow for the Mississippi River is approximately 1,500 cfs. It is assumed that one-fourth of this flow would be available to develop power at a dam shown below. a). what would be the annual energy in kilowatt-hours that would be produced with an overall average of 88% efficiency? b), What would the pressure P in psi?

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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The average flow for the Mississippi River is approximately 1,500 cfs. It is assumed that one-fourth of this flow would be available to develop power at a dam shown below.

a). what would be the annual energy in kilowatt-hours that would be produced with an overall average of 88% efficiency?

b), What would the pressure P in psi?

The average flow for the Mississippi River is approximately 1,500 cfs. It is assumed that one-fourth of this flow would be available to develop power at a dam shown below, a). what would
be the annual energy in kilowatt-hours that would be produced with an overall average of 88% efficiency? b), What would the pressure P in psi?
6 ft diameter
Head loss = 15 ft
Dam
Turbine
Head loss = 5 ft
50 ft
Turbine
Tailrace
30 ft
Datum line
Transcribed Image Text:The average flow for the Mississippi River is approximately 1,500 cfs. It is assumed that one-fourth of this flow would be available to develop power at a dam shown below, a). what would be the annual energy in kilowatt-hours that would be produced with an overall average of 88% efficiency? b), What would the pressure P in psi? 6 ft diameter Head loss = 15 ft Dam Turbine Head loss = 5 ft 50 ft Turbine Tailrace 30 ft Datum line
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