The_whirl_velocity_at_inlet_is_15_m/s_and_blade_velocity_is_10_m/s._The_volume_flow_rate_of_water_in_20_m3/s._Find_the_power_output_available_at_the_shaft_if_the_mechanical_efficiency_is_95%_(in_MW)?

The_whirl_velocity_at_inlet_is_15_m/s_and_blade_velocity_is_10_m/s._Th

1.	The_whirl_velocity_at_inlet_is_15_m/s_and_blade_velocity_is_10_m/s._The_volume_flow_rate_of_water_in_20_m³/s._Find_the_power_output_available_at_the_shaft_if_the_mechanical_efficiency_is_95%_(in_MW)?
A.	2.85
B.	3.075
C.	6.55
D.	0.285
Answer» B. 3.075

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The_whirl_velocity_at_inlet_is_15_m/s_and_blade_velocity_is_10_m/s._The_volume_flow_rate_of_water_in_20_m3/s._Find_the_power_output_available_at_the_shaft_if_the_mechanical_efficiency_is_95%_(in_MW)?

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The_whirl_velocity_at_inlet_is_15_m/s_and_blade_velocity_is_10_m/s._The_volume_flow_rate_of_water_in_20_m³/s._Find_the_power_output_available_at_the_shaft_if_the_mechanical_efficiency_is_95%_(in_MW)?