\[{{E}^{o}}\] of a cell \[aA+bB\to cC+dD\] is [CPMT 1997]

\[-RT\,\log \frac{{{[a]}^{A}}{{[b]}^{B}}}{{{[a]}^{C}}{{[d]}^{D}}}\]

\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[D]}^{d}}}{{{[A]}^{a}}{{[B]}^{b}}}\]

\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[d]}^{D}}}{{{[A]}^{a}}{{[B]}^{b}}}\]

\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[d]}^{D}}}{{{[a]}^{A}}{{[B]}^{b}}}\]

\[{{E}^{o}}\] of a cell \[aA+bB\to cC+dD\] is [CPMT 199

1.	\[{{E}^{o}}\] of a cell \[aA+bB\to cC+dD\] is [CPMT 1997]
A.	\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[D]}^{d}}}{{{[A]}^{a}}{{[B]}^{b}}}\]
B.	\[-RT\,\log \frac{{{[a]}^{A}}{{[b]}^{B}}}{{{[a]}^{C}}{{[d]}^{D}}}\]
C.	\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[d]}^{D}}}{{{[A]}^{a}}{{[B]}^{b}}}\]
D.	\[-\frac{RT}{nF}\log \frac{{{[C]}^{c}}{{[d]}^{D}}}{{{[a]}^{A}}{{[B]}^{b}}}\]
Answer» B. \[-RT\,\log \frac{{{[a]}^{A}}{{[b]}^{B}}}{{{[a]}^{C}}{{[d]}^{D}}}\]

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