ates ahead of 30 m is use to deliver 80 liters per second of water at an efficiency of 85%. The pump is driven by a diesel engine by means of chain and sprocket with a service factor of 1.3. If horsepower per strand is 25, find the approximate number of strands neede

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Provide the step by step manual solution, given, and schematic diagram for below mentioned problem. 

A pump that operates ahead of 30 m is use to deliver 80 liters per second of water at an efficiency of 85%. The pump is driven by a diesel engine by means of chain and sprocket with a service factor of 1.3. If horsepower per strand is 25, find the approximate number of strands needed

13. A pump that operates a head of 30 m is used to deliver 80 liters per second of water at an
efficiency of 85%. The pump is driven by a diesel engine by means of chain and sprocket with
a service factor of 1.3. If horsepower per strand is 25, find the approximate number of strands
needed.
Transcribed Image Text:13. A pump that operates a head of 30 m is used to deliver 80 liters per second of water at an efficiency of 85%. The pump is driven by a diesel engine by means of chain and sprocket with a service factor of 1.3. If horsepower per strand is 25, find the approximate number of strands needed.
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