Question
Explain the relationship between $\Delta G$ and $E _{\text {cell }}^{\circ}$ with the help of an example.
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| | Column I |
| Column II |
| i. | $\text{K}$ | a. | $\text{I}\times\text{t}$ |
| ii. | $\wedge_{\text{m}}$ | b. | $\frac{\wedge_{\text{m}}}{\wedge^\circ_\text{m}}$ |
| iii. | $\alpha$ | c. | $\frac{\text{k}}{\text{c}}$ |
| iv. | $\text{Q}$ | d. | $\frac{\text{G}^*}{\text{R}}$ |
MnO-4+8H++5e-$→$
| | Column I | | Column II |
| (i) | Oxidation state of Mn in MnO2 is | (a) | +2 |
| (ii) | Most stable oxidation state of Mn is | (b) | +3 |
| (iii) | Most stable oxidation state of Mn in oxides is | (c) | +4 |
| (iv) | Characteristic oxidation state of lanthanoids is | (d) | +5 |
| (e) | +7 |