The chemical reaction, \[2AgCl(s)+{{H}_{2}}(g)\ \to \] \[2HCl(aq)+2Ag(s)\] taking place in a galvanic cell is represented by the notation [AIIMS 2005]

\[Pt(s)|{{H}_{2}}(g),\ 1\text{bar }\!\!|\!\!\text{ }\ 1M\ HCl(aq)|AgCl(s)|Ag(s)\]

\[Pt|{{H}_{2}}(g),1\text{bar }\!\!|\!\!\text{ 1}M\ KCl(aq)|AgCl(s)|Ag(s)\]

\[Pt(s)|{{H}_{2}}(g),\ 1\text{bar }\!\!|\!\!\text{ }\ 1M\ HCl(aq)||1M\ A{{g}^{+}}(aq)|Ag(s)\]

\[Pt(s)|{{H}_{2}}(g),\ 1\text{bar }\!\!|\!\!\text{ }\ 1M\ HCl(aq)|Ag(s)|AgCl(s)\]

The chemical reaction, \[2AgCl(s)+{{H}_{2}}(g)\ \to \] \[2HCl(aq)+2Ag(

1.	The chemical reaction, \[2AgCl(s)+{{H}_{2}}(g)\ \to \] \[2HCl(aq)+2Ag(s)\] taking place in a galvanic cell is represented by the notation [AIIMS 2005]
A.	\[Pt\|{{H}_{2}}(g),1\text{bar }\!\!\|\!\!\text{ 1}M\ KCl(aq)\|AgCl(s)\|Ag(s)\]
B.	\[Pt(s)\|{{H}_{2}}(g),\ 1\text{bar }\!\!\|\!\!\text{ }\ 1M\ HCl(aq)\|\|1M\ A{{g}^{+}}(aq)\|Ag(s)\]
C.	\[Pt(s)\|{{H}_{2}}(g),\ 1\text{bar }\!\!\|\!\!\text{ }\ 1M\ HCl(aq)\|AgCl(s)\|Ag(s)\]
D.	\[Pt(s)\|{{H}_{2}}(g),\ 1\text{bar }\!\!\|\!\!\text{ }\ 1M\ HCl(aq)\|Ag(s)\|AgCl(s)\]
Answer» C. \[Pt(s)\|{{H}_{2}}(g),\ 1\text{bar }\!\!\|\!\!\text{ }\ 1M\ HCl(aq)\|AgCl(s)\|Ag(s)\]

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The chemical reaction, \[2AgCl(s)+{{H}_{2}}(g)\ \to \] \[2HCl(aq)+2Ag(s)\] taking place in a galvanic cell is represented by the notation [AIIMS 2005]

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