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Consider the following E0 values : ${E^{0}}_{F e^{3 +} / F e^{2 +}} = + 0.77 V {E^{0}}_{S n^{2 +} / S n} = - 0.14 V$ Under standard conditions the potential for the reaction $S n_{(s)} + 2 F e^{3 +} (a q) \to 2 F e^{2 +} (s q) + S n^{2 +} (a q)$ is

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0.91 V

1.40 V

1.68 V

0.63 V

answer is A.

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Detailed Solution

$\begin{aligned} E_{cell}^{0} = E_{C}^{0} - E_{A}^{0} \\ = 0.77 - (- 0.14) \\ = 0.91 V \end{aligned}$

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