A water turbine of runner diameter 1.12 m works with a head of 101 m of water, 3 m/s of flow and produces a power of 2542 kW at a speed of 375 rpm. Determine the (a) unit speed, (b) unit flow, (c) unit
A water turbine of runner diameter 1.12 m works with a head of 101 m of water, 3 m/s of flow and produces a power of 2542 kW at a speed of 375 rpm. Determine the (a) unit speed, (b) unit flow, (c) unit
Chapter2: Loads On Structures
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Problem 1P
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![A water turbine of runner diameter 1.12 m works with a head of 101 m of water, 3 m/s of flow and
produces a power of 2542 kW at a speed of 375 rpm. Determine the (a) unit speed, (b) unit flow, (c) unit
power, (d) specific flow, and (e) specific power of the turbine.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F15fdf4eb-3b85-4695-bf07-56f69c7e3995%2F2b4f05e3-817b-4bb0-8a60-18b9b4f0a095%2Fc6d4xms_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A water turbine of runner diameter 1.12 m works with a head of 101 m of water, 3 m/s of flow and
produces a power of 2542 kW at a speed of 375 rpm. Determine the (a) unit speed, (b) unit flow, (c) unit
power, (d) specific flow, and (e) specific power of the turbine.
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