A turbine is supplied with water from a reservoir which is 200 m above the level of the discharge pipe. The rate of flow through the pipeline is 250 liters per second. If the power output for the shaft of the turbine is 300 kW and it has a mechanical efficiency of 90 %. Calculate the head loss in the pipeline. Select one: O a. 20.2 m O b. 64.1 m O c. 45.9 m O d. 36.6 m
A turbine is supplied with water from a reservoir which is 200 m above the level of the discharge pipe. The rate of flow through the pipeline is 250 liters per second. If the power output for the shaft of the turbine is 300 kW and it has a mechanical efficiency of 90 %. Calculate the head loss in the pipeline. Select one: O a. 20.2 m O b. 64.1 m O c. 45.9 m O d. 36.6 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A turbine is supplied with water from a reservoir which is 200 m above the level of the
discharge pipe. The rate of flow through the pipeline is 250 liters per second. If the
power output for the shaft of the turbine is 300 kW and it has a mechanical efficiency of
90 %. Calculate the head loss in the pipeline.
Select one:
O a. 20.2 m
O b. 64.1 m
O c. 45.9 m
O d. 36.6 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F060b6951-c9ce-406b-aa2b-5b9b0d5d1c3b%2F87ff084c-9336-4cd5-9ae3-4d823172ce8c%2F1w6r8z_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A turbine is supplied with water from a reservoir which is 200 m above the level of the
discharge pipe. The rate of flow through the pipeline is 250 liters per second. If the
power output for the shaft of the turbine is 300 kW and it has a mechanical efficiency of
90 %. Calculate the head loss in the pipeline.
Select one:
O a. 20.2 m
O b. 64.1 m
O c. 45.9 m
O d. 36.6 m
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