Question

\( A_1^{n_1^+} + n_1 e^- \rightarrow A_1 \)
\( A_2 \rightarrow A_2^{n_2^+} + n_2 e^- \)

• A. Overall cell reaction:
  $n_2 A_1^{n_1^+} + n_1 A_2 \rightarrow n_2 A_1 + n_1 A_2^{n_2^+}$
• B. Electrical work done by the cell = charge $\times$ potential difference.
• C. \frac(E - E₀)RT log Q

  

• D. In the overall cell reaction, the number of electrons are not present, as electron liberated at anode, are consumed at cathode.

Hint:

The Nernst equation describes the relationship between the cell potential and the concentrations of the reacting species. The slope of a graph based on the Nernst equation depends on the number of electrons involved and the temperature.

Answer 1

The Correct Option is C