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Flow in a turbine flows through the turbine shown in the Figure below. nt A, the velocity in pipe is 11.14 m/s and the pressure is 1.2 bar. nt B, the pressure is 0.5 bar. that the energy loss in the turbine is 0.3 m, the difference in elevation between A and B is 1 m an 0.4 m respectively, determine:

Flow in a turbine flows through the turbine shown in the Figure below. nt A, the velocity in pipe is 11.14 m/s and the pressure is 1.2 bar. nt B, the pressure is 0.5 bar. that the energy loss in the turbine is 0.3 m, the difference in elevation between A and B is 1 m an 0.4 m respectively, determine:

Elements Of Electromagnetics
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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turbine flow

Part 1: Flow in a turbine Water flows through the turbine shown in the Figure below. At point A, the velocity in pipe is 11.14 m/s and the pressure is 1.2 bar. At point B, the pressure is 0.5 bar. Given that the energy loss in the turbine is 0.3 m, the difference in elevation between A and B is 1 m and the diameters at A and Bare da = 0.2 and dg = 0.4 m respectively, determine: (a) the rate of volumetric discharge (b) the water velocity at point B (c) the turbine head (d) the power delivered by the water to the turbine da Turbine Az .B da
Transcribed Image Text:Part 1: Flow in a turbine Water flows through the turbine shown in the Figure below. At point A, the velocity in pipe is 11.14 m/s and the pressure is 1.2 bar. At point B, the pressure is 0.5 bar. Given that the energy loss in the turbine is 0.3 m, the difference in elevation between A and B is 1 m and the diameters at A and Bare da = 0.2 and dg = 0.4 m respectively, determine: (a) the rate of volumetric discharge (b) the water velocity at point B (c) the turbine head (d) the power delivered by the water to the turbine da Turbine Az .B da
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