I need this Answer at half time Quickly. Please Q1: A pipe connecting a reservoir to a turbine which discharges water to the downthrough another pipe as shownin the figure. The head loss between the reservoir and theturbine is 8 times the kinetic head (8 V/2g) in the pipe and that from the turbine to thedown is 0.4 times the kinetic head (0.4 V/2g) in the pipe. The rate of flow is 1.2 msand the pipe diameter in both cases is 1.1 m. Determine, the pressure at the inlet and exitof the turbine, and the power generated by the turbine. All required dimensions areillustrated on the figure.1.1m dia50 mdia.Turbine (T)

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Q1: A pipe connecting a reservoir to a turbine which discharges water to the down through another pipe as shownin the figure. The head loss between the reservoir and the turbine is 8 times the kinetic head (8-V/2g) in the pipe and that fiom the turbine to the đown is 0.4 times the kinetic head (0.4 V/2g) in the pipe. The rate of flow is 1.2 m's and the pipe diameter in both cases is 1.1 m. Determine, the pressure at the inlet and exit of the turbine, and the power generated by the turbine. All required dimensions are illustrated on the figure.

Q1: A pipe connecting a reservoir to a turbine which discharges water to the down through another pipe as shownin the figure. The head loss between the reservoir and the turbine is 8 times the kinetic head (8-V/2g) in the pipe and that fiom the turbine to the đown is 0.4 times the kinetic head (0.4 V/2g) in the pipe. The rate of flow is 1.2 m's and the pipe diameter in both cases is 1.1 m. Determine, the pressure at the inlet and exit of the turbine, and the power generated by the turbine. All required dimensions are illustrated on the figure.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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