As per Clausius inequality, a system operating on an irreversible cycle transfers
(A) more entropy to the sink than what it receives from the source
(B) as much entropy to the sink as it receives from the source
(C) less entropy to the sink than what it receives from the source
(D) less entropy to the sink than that corresponding to a reversible cycle
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Answered by
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heya!!
here is your answer ⬇️⬇️
Optiom D is the answer.
clausius inequality is a part of law of thermodynamics.
it was developed by rudolf Clausius.
hope my answer helps you ✌
here is your answer ⬇️⬇️
Optiom D is the answer.
clausius inequality is a part of law of thermodynamics.
it was developed by rudolf Clausius.
hope my answer helps you ✌
Answered by
0
heya...
Here is your answer...
D) less entropy to the sink than that
corresponding to a reversible cycle.
As per Clausius inequality, a system operating on an irreversible cycle transfers less entropy to the sink than that corresponding to a reversible cycle.
It may help you...☺☺
Here is your answer...
D) less entropy to the sink than that
corresponding to a reversible cycle.
As per Clausius inequality, a system operating on an irreversible cycle transfers less entropy to the sink than that corresponding to a reversible cycle.
It may help you...☺☺
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