A jet of 50mm diameter impinges on a curved vane and is deflected through an angle of 175 degree. The vane moves in the same direction as that of jet with a velocity of 35m/s. if the rate of flow is 170 L/s, determine the component of force on the vane in the direction of motion. How much would be the power developed by the vane and what would be the water efficiency? Neglect friction.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A jet of 50mm diameter impinges on a curved vane and is deflected through an angle of 175 degree. The vane moves in the same direction as that of jet with a velocity of 35m/s. if the rate of flow is 170 L/s, determine the component of force on the vane in the direction of motion. How much would be the power developed by the vane and what would be the water efficiency? Neglect friction.

A jet of 50mm diameter impinges on a curved vane and is
deflected through an angle of 175 degree. The vane moves in the
same direction as that of jet with a velocity of 35m/s. if the rate
of flow is 170 L/s, determine the component of force on the vane
in the direction of motion. How much would be the power
developed by the vane and what would be the water efficiency?
Neglect friction.
Transcribed Image Text:A jet of 50mm diameter impinges on a curved vane and is deflected through an angle of 175 degree. The vane moves in the same direction as that of jet with a velocity of 35m/s. if the rate of flow is 170 L/s, determine the component of force on the vane in the direction of motion. How much would be the power developed by the vane and what would be the water efficiency? Neglect friction.
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