: Determine the total turbine power output ? in the adiabatic turbine receives the water at (15000 kPa), (873 K) for mass flow rate of (100 kg/s), In the midst part (20 kg/s) is withdrawn at (2 MPa), (350 C), and the rest outlets the turbine at pressure (75 kPa), and (95 percent )quality.Neglecting the changes in kinetic energy,

: Determine the total turbine power output ? in the adiabatic turbine receives the water at (15000 kPa), (873 K) for mass flow rate of (100 kg/s), In the midst part (20 kg/s) is withdrawn at (2 MPa), (350 C), and the rest outlets the turbine at pressure (75 kPa), and (95 percent )quality.Neglecting the changes in kinetic energy,

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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Determine the total turbine power output ? in the adiabatic turbine receives the water at (15000 kPa), (873 K) for mass flow rate of (100 kg/s), In the midst part (20 kg/s) is withdrawn at (2 MPa), (350° C), and the rest outlets the turbine at pressure (75 kPa), and (95 percent )quality.Neglecting the changes in kinetic energy ,
In thehydroelectric power plant, water enters the turbine nozzles at 700 kPa absolute witha low velocity. If the nozzle outlets are exposed to atmospheric pressure of 100 kPa. Using Bernoulli equation, determine the maximum velocity to which watercan be accelerated by the nozzles before striking the turbinebuckets.
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