5.) An ideal Reheat Cycle has a turbine inlet pressure of 10 MPa withsteam temperature of 400C. The steam expands to 5 MPa then it isreheated to 400C. After expanding in the 2nd turbine, the steamenters the condenser at 7 kPa. Draw the TS diagram, find the cycleefficiency and steam rate.

Answered: Image /qna-images/answer/ac07c092-9fb2-47a9-89ef-77aa4104c41b.jpg

5.) An ideal Reheat Cycle has a turbine inlet pressure of 10 MPa wi steam temperature of 400C. The steam expands to 5 MPa then it reheated to 400C. After expanding in the 2nd turbine, the stea enters the condenser at 7 kPa. Draw the TS diagram, find the cyc efficiency and steam rate.

5.) An ideal Reheat Cycle has a turbine inlet pressure of 10 MPa wi steam temperature of 400C. The steam expands to 5 MPa then it reheated to 400C. After expanding in the 2nd turbine, the stea enters the condenser at 7 kPa. Draw the TS diagram, find the cyc efficiency and steam rate.

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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Question

5.) An ideal Reheat Cycle has a turbine inlet pressure of 10 MPa with
steam temperature of 400C. The steam expands to 5 MPa then it is
reheated to 400C. After expanding in the 2nd turbine, the steam
enters the condenser at 7 kPa. Draw the TS diagram, find the cycle
efficiency and steam rate.

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