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[Solved] The jet velocity in a Pelton turbine is 65 m/sec. The peripheral velocity of the runner is 25 m/sec.

The jet velocity in a Pelton turbine is 65 m/sec. The peripheral velocity of the runner is 25 m/sec. the jet is deflected by 160° by the bucket. Determine the power developed and hydraulic efficiency of the turbine for a flow rate of 0.9 m/sec, the blade friction coefficient is 0.9 and what the exit loss of power.

Q2: The jet velocity in a Pelton turbine is 65 m/sec. The peripheral velocity of the runner is 25 m/sec. the jet is deflected by 160° by the bucket. Determine the power developed and hydraulic efficiency of the turbine for a flow rate of 0.9 m/sec, the blade friction coefficient is 0.9 and what the exit loss of power.

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Answer to The jet velocity in a Pelton turbine is 65 m/sec. The peripheral velocity of the runner is 25 m/sec…..

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