The T-S diagram of Carnot cycle is shown below. Select the correct statement______ A.Process 1-2 is a reversible isothermal expansion process and entropy increases because the system receives heat. B.Process 2-3 is a reversible adiabatic expansion process and entropy decreases because the system does work to surrounding. C.Process 3-4 is a reversible isothermal compression process and entropy decreases because the system receives work from surrounding. D.Process 4-1 is an isentropic compression process and entropy does not change because the work received and heat loss are balanced. The T-S diagram of Carnot cycle is shown below. Select the correct statement_T'THT₁انه14QnetS₁-S4S₂ S3 SA. Process 1-2 is a reversible isothermal expansion process and entropy increases because the system receives heat.B. Process 2-3 is a reversible adiabatic expansion process and entropy decreases because the system does work to surrounding.O C. Process 3-4 is a reversible isothermal compression process and entropy decreases because the system receives work from surrounding.D. Process 4-1 is an isentropic compression process and entropy does not change because the work received and heat loss are balanced.

Options A, B, and D are correct.

Answered: The T-S diagram of Carnot cycle is…

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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The T-S diagram of Carnot cycle is shown below. Select the correct statement______

	A.	Process 1-2 is a reversible isothermal expansion process and entropy increases because the system receives heat.
	B.	Process 2-3 is a reversible adiabatic expansion process and entropy decreases because the system does work to surrounding.
	C.	Process 3-4 is a reversible isothermal compression process and entropy decreases because the system receives work from surrounding.
	D.	Process 4-1 is an isentropic compression process and entropy does not change because the work received and heat loss are balanced.

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