In an irreversible process taking place at constant T and P and in which only pressure-volume work is being done, the change in Gibbs free energy \[(dG)\] and change in entropy \[(dS)\], satisfy the criteria [AIEEE 2003]

\[{{(dS)}_{V,\,E}}=0,\,{{(dG)}_{T,\,P}}=0\]

\[{{(dS)}_{V,\,E}}>0,\,{{(dG)}_{T,\,P}}

\[{{(dS)}_{V,\,E}}=0,\,{{(dG)}_{T,\,P}}>0\]

In an irreversible process taking place at constant T and P and in whi

1.	In an irreversible process taking place at constant T and P and in which only pressure-volume work is being done, the change in Gibbs free energy \[(dG)\] and change in entropy \[(dS)\], satisfy the criteria [AIEEE 2003]
A.	\[{{(dS)}_{V,\,E}}<0,\,{{(dG)}_{T,\,P}}<0\]
B.	\[{{(dS)}_{V,\,E}}>0,\,{{(dG)}_{T,\,P}}<0\]
C.	\[{{(dS)}_{V,\,E}}=0,\,{{(dG)}_{T,\,P}}=0\]
D.	\[{{(dS)}_{V,\,E}}=0,\,{{(dG)}_{T,\,P}}>0\]
Answer» C. \[{{(dS)}_{V,\,E}}=0,\,{{(dG)}_{T,\,P}}=0\]

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In an irreversible process taking place at constant T and P and in which only pressure-volume work is being done, the change in Gibbs free energy \[(dG)\] and change in entropy \[(dS)\], satisfy the criteria [AIEEE 2003]

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