Consider the following data from a test on :Pelton wheel:Head at the base of the nozzle = 32 mDischarge of the nozzle = 0.18m ^ 3 /sArea of the jet = 7500 mm²Power available at the shaft = 44 kWMechanical efficiency = 94%The power lost in the nozzle will be nearly?

Pelton wheel having head H = 32 mDischarge Q = 0.18 m3/secarea of jet = 7500 mm2 = 7500 X 106 m2To…

Answered: Consider the following data from a test…

Consider the following data from a test on : Pelton wheel: Head at the base of the nozzle = 32 m Discharge of the nozzle = 0.18m^3/s Aron of the int - 7500 mm²

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Consider the following data from a test on :
Pelton wheel:
Head at the base of the nozzle = 32 m
Discharge of the nozzle = 0.18m ^ 3 /s
Area of the jet = 7500 mm²
Power available at the shaft = 44 kW
Mechanical efficiency = 94%
The power lost in the nozzle will be nearly?

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