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Qa = kW Qr = kW The turbine work and pump work, Wt = kW Wp = kW The net power output, Wnet = kW The hourly quantities of steam extracted, and m1 = kg/hr m2 = kg/hr m3 = kg/hr The cycle thermal efficiency e =

Qa = kW Qr = kW The turbine work and pump work, Wt = kW Wp = kW The net power output, Wnet = kW The hourly quantities of steam extracted, and m1 = kg/hr m2 = kg/hr m3 = kg/hr The cycle thermal efficiency e =

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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A STEAM POWER PLANT OPERATES ON AN IDEAL REGENERATIVE RANKINE CYCLE. STEAM LEAVES THE BOILER AT 20 MPA AND 600 °C WITH A MASS FLOW RATE OF 50000 KG/HR. THE FIRST STAGE OF EXTRACTION OCCURRED AT 15 MPA AND THE SECOND AND THIRD EXTRACTION AT 10 MPA AND 5 MPA, RESPECTIVELY. THE REMAINING STEAM LEAVES THE TURBINE AT 60 KPA. CALCULATE: THE AMOUNT OF HEAT ADDED, AND HEAT REJECTED

Qa = kW Qr = kW The turbine work and pump work, Wt = kW Wp = kW The net power output, Wnet = kW The hourly quantities of steam extracted, and m1 = kg/hr m2 = kg/hr m3 = kg/hr The cycle thermal efficiency e =
Transcribed Image Text:Qa = kW Qr = kW The turbine work and pump work, Wt = kW Wp = kW The net power output, Wnet = kW The hourly quantities of steam extracted, and m1 = kg/hr m2 = kg/hr m3 = kg/hr The cycle thermal efficiency e =
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