The reaction
$1 / 2 H_{2} (g) + A g C l (s) \to H^{⨁} (a q) + C l^{⊝} (a q) + A g (s)$ occurs in the galvanic cell:

A g | A g C l (s) | K C l (s o l) | A g N O_{3} | A g

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P t | H_{2} (g) | H C l (s o l) | A g N O_{3} (s o l) | A g

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P t | H_{2} (g) | H C l (s o l) | A g C l (s) | A g

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P t | H_{2} (g) | K C l (s o l) | A g C l (s) | A g

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Solution

The correct option is A $P t | H_{2} (g) | H C l (s o l) | A g C l (s) | A g$
$\frac{1}{2} H g_{2} (g) + A g C l (s) \to H^{⨁} (a q) + C l^{⊝} (a q) + A g (s)$
There is oxidation of hydrogen and reduction of silver; therefore, it occurs in the following cell:
$P t | H_{2} (g) | H C l (s o l) | A g C l (s) | A g$

Suggest Corrections

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\frac{1}{2} H_{2} (g) + A g C l (s)

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2 A g C l (c) + H_{2} (g) \to A g (s) + 2 H^{+} (a q .) + 2 {C l}^{-} (a q .)

(1 / 2) H_{2} (g) + A g C l (s) = H^{+} (a q) + C l^{-} (a q) + A g (s)

\frac{1}{2} H_{2} (g) + A g C l (s) ⇌ H^{\oplus} (a q) + C l^{⊖} (a q) + A g (s)

P t | H_{2} (g) 1 a t m | H C l (1.0 M) | A g C l | A g

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