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[" 4.In the cell: "],[" Pt(s) IH,(g,Ibar...

[" 4.In the cell: "],[" Pt(s) IH,(g,IbarlHClaq) AgCl(s) /Ag(s) Pt(s) "],[" the cell potential is "0.92" V when a "10^(-6)" molal "],[" HCl solution is used.The standard electrode "],[" potential of (AgCl/Ag,CI-) electrode is: "],[{" given,"(2.303RT)/(F)=0.06Vat298K}],[[" (1) "0.20V," (2) "0.76V],[" (3) "0.40V," (4) "0.94V]]

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In the cell Pt (s) | H_(2) (g, 1 " bar")| HCl (aq)| AgCl(s) | Ag(s) | Pt(s) the cell potential is 0.92 V when a 10^(-6) molal HCl solution is used. The standard electrode potential of (AgCl//Ag, Cl^(-)) electrode is {Given, (2.303RT)/(F) = 0.06V at 298 K}

In the cell Pt (s) | H_(2) (g, 1 " bar")| HCl (aq)| AgCl(s) | Ag(s) | Pt(s) the cell potential is 0.92 V when a 10^(-6) molal HCl solution is used. The standard electrode potential of (AgCl//Ag, Cl^(-)) electrode is {Given, (2.303RT)/(F) = 0.06V at 298 K}

In the cell Pt(s)|H_(2)(g,1bar)|HCl (aq)| AgCl(s)|Ag(S)|Pt(s) the cell potential is 0.92V when a 10^(-6) mola1 HCl Ssolution is used. The standard electrode potential of (ACl//Ag,Cl^(-)) electrode is : {given, (2.30Rt)/(F) = 0.6V at 298K}

In the cell Pt(s)|H_(2)(g,1bar)|HCl (aq)| AgCl(s)|Ag(S)|Pt(s) the cell potential is 0.92V when a 10^(-6) mola1 HCl Ssolution is used. The standard electrode potential of (ACl//Ag,Cl^(-)) electrode is : {given, (2.30Rt)/(F) = 0.6V at 298K}

Pt,H_(2) (1bar) |HCl_(aq)|AgCl(s)|Ag has cell potential 0.92V at 25^(@)C when 10^(-6)MHCl is used. What is the standard free energy change for the reaction H_(2(g))+2AgCl_((s))to2Ag_((s))+2H_(aq)^(+)+2Cl_(aq)^(-) ?