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this problem, it seems that we only have the temperatures and we go from there. For the state 3 right before to enter the turbine it seems like the fluid is not superheated , why? Please work it out with clear step by

this problem, it seems that we only have the temperatures and we go from there. For the state 3 right before to enter the turbine it seems like the fluid is not superheated , why? Please work it out with clear step by

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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I need some help with this problem, it seems that we only have the temperatures and we go from there. For the state 3 right before to enter the turbine it seems like the fluid is not superheated , why? Please work it out with clear step by step. Any help will be very appreciated
SO kgrs A Simple ideal Rankine cycle which uses water as the 10-23E A steam R sure limits of 1500 denser. The turbine isentropic efficiency ligible, and the cycle Calculate the mass f duced by the turbine the thermal efficienc 10-24E Reconside Boiler caused in the therm pump were complet: 10-25 A simple ing fluid. The boile at 50 kPa. At the e Wturb,out pum 450°C. The isentro- Pump pressure and pump ing the condenser for a mass flow ra heat is added in the Turbine Condenser pumps, the net pow efficiency. Answers out Rec 10-26
Transcribed Image Text:SO kgrs A Simple ideal Rankine cycle which uses water as the 10-23E A steam R sure limits of 1500 denser. The turbine isentropic efficiency ligible, and the cycle Calculate the mass f duced by the turbine the thermal efficienc 10-24E Reconside Boiler caused in the therm pump were complet: 10-25 A simple ing fluid. The boile at 50 kPa. At the e Wturb,out pum 450°C. The isentro- Pump pressure and pump ing the condenser for a mass flow ra heat is added in the Turbine Condenser pumps, the net pow efficiency. Answers out Rec 10-26
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