MCQ
${E^o}$ of a cell $aA + bB \to cC + dD$ is
- ✓$ - \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}}}$
