The reaction, `(1)/(2) H_(2) (g) + Ag Cl (s) = H^(+) (a.q) + Cl^(-) (a.q) + Ag (s)` occurs in the galvanic cell:A. `Ag|AgCl_(s) | KCl("soln") || AgNO_(3) ("soln.") | Ag`B. `Pt|H_(2)(g) | HCl ("soln.") || AgNO_(3) ("soln.")|Ag`C. `Pt | H_(2)(g) | HCl ("soln.") || AgCl (s) | Ag`D. `Pt | H_(2) (g) | KCl ("soln.") || AgCl_(s) | Ag`

The reaction, `(1)/(2) H_(2) (g) + Ag Cl (s) = H^(+) (a.q) + Cl^(-) (a

1.	The reaction, `(1)/(2) H_(2) (g) + Ag Cl (s) = H^(+) (a.q) + Cl^(-) (a.q) + Ag (s)` occurs in the galvanic cell:A. `Ag\|AgCl_(s) \| KCl("soln") \|\| AgNO_(3) ("soln.") \| Ag`B. `Pt\|H_(2)(g) \| HCl ("soln.") \|\| AgNO_(3) ("soln.")\|Ag`C. `Pt \| H_(2)(g) \| HCl ("soln.") \|\| AgCl (s) \| Ag`D. `Pt \| H_(2) (g) \| KCl ("soln.") \|\| AgCl_(s) \| Ag`
Answer» Correct Answer - C

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Define molar conductivity of a solution and explain how molar conductivity changes with change in concentration of a solution for a weak and a strong electrolyte.
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What are elementary reactions ?

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