8.8. A body of constant heat capacity Cp and at a temperature T¡ is put in contact wit reservoir at a higher temperature T. The pressure remains constant while the bo comes to equilibrium with the reservoir. Show that the entropy change of the u verse is equal to AS = Cp[x – In(1+x)],
8.8. A body of constant heat capacity Cp and at a temperature T¡ is put in contact wit reservoir at a higher temperature T. The pressure remains constant while the bo comes to equilibrium with the reservoir. Show that the entropy change of the u verse is equal to AS = Cp[x – In(1+x)],
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zemansky
![8.8. A body of constant heat capacity Cp and at a temperature T¡ is put in contact with a
reservoir at a higher temperature T. The pressure remains constant while the body
comes to equilibrium with the reservoir. Show that the entropy change of the uni-
verse is equal to
AS = Cp[x – In(1 + x)],
where x = -(Ts – T;)/Tf. Prove that the entropy change is positive.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0e86a953-bd18-48c9-9a7b-d40a6eb86dc7%2Fef547059-111a-49fe-913d-74562ce22123%2Fk3fxf6_processed.png&w=3840&q=75)
Transcribed Image Text:8.8. A body of constant heat capacity Cp and at a temperature T¡ is put in contact with a
reservoir at a higher temperature T. The pressure remains constant while the body
comes to equilibrium with the reservoir. Show that the entropy change of the uni-
verse is equal to
AS = Cp[x – In(1 + x)],
where x = -(Ts – T;)/Tf. Prove that the entropy change is positive.
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