An inward radial reaction turbine has an overall efficiency of 80% and shaft power of 150 kW. The turbine is working under a head of 10 m and has peripheral velocity of [0.26 (2gH) 0.5] and a radial velocity of [0.96 (2gH) 0.5] at inlet. The wheel rotates at 200 rpm and has a mechanical efficiency of 94 %. Assuming radial discharge, determine:1- The total discharge.2-Mass passing through the turbine per second Q2: An inward radial reaction turbine has an overall efficiency of 80 % and shaftpower of 150 kW. The turbine is working under a head of 10 m and has peripheralvelocity of [0.26 (2gH) 05] and a radial velocity of [0.96 (2gH) 05] at inlet. Thewheel rotates at 200 rpm and has a mechanical efficiency of 94 %o. Assuming radialdischarge, determine:1- The total discharge.2- Mass passing through the turbine per second

Francis turbine is an inward flow reaction turbine with radial discharge. Water is supplied by…

Answered: An inward radial reaction turbine has…

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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An inward radial reaction turbine has an overall efficiency of 80% and shaft power of 150 kW. The turbine is working under a head of 10 m and has peripheral velocity of [0.26 (2gH) 0.5] and a radial velocity of [0.96 (2gH) 0.5] at inlet. The wheel rotates at 200 rpm and has a mechanical efficiency of 94 %. Assuming radial discharge, determine: 1- The total discharge. 2-Mass passing through the turbine per second

Q2: An inward radial reaction turbine has an overall efficiency of 80 % and shaft
power of 150 kW. The turbine is working under a head of 10 m and has peripheral
velocity of [0.26 (2gH) 05] and a radial velocity of [0.96 (2gH) 05] at inlet. The
wheel rotates at 200 rpm and has a mechanical efficiency of 94 %o. Assuming radial
discharge, determine:
1- The total discharge.
2- Mass passing through the turbine per second

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