The standard half-cell reduction potential for `Ag'|Ag` is 0.7991 V at `25^(@)C`. Given the experimental value `K_(sp) =1.56xx10^(m)` for AgCl, calculate the standard half-cell reduction potential for the AglAgCI electrode.

The standard half-cell reduction potential for Ag+|Ag is 0.7991 V at 25^(@)C . Given the experimental value K_(sp) =1.56xx10^(-10) for AgCl, calculate the standard half-cell reduction potential for the AglAgCI electrode.

The standard reduction potential E_(Ag+//Ag)^(@)= 0.80V at 298K. If K_(sp)=1.56*10^-10 for AgCI, calculate the standard half cell reduction potential for the Ag/AgCI electrode.

The half-cell reduction potential of a hudrogen electrode at pH= 10 will be.

Standard electrode potential of cell H_2 ||H^+ || Ag^+ | Ag is ,.

The standard reduction potential of the Ag^(o+)|Ag electrode at 298K is 0.799V . Given that for AgI,K_(sp)=8.7xx10^(-17) , evaluate the potential of the Ag^(o+)|Ag electrode in a saturated solution of AgI . Also calculate the standard reduction potential of the I^(c-) |Agl|Ag electrode.

The standard reduction potential of the Ag^(o+)|Ag electrode at 298K is 0.799V . Given that for AgI,K_(sp)=8.7xx10^(-17) , evaluate the potential of the Ag^(o+)|Ag electrode in a saturated solution of AgI . Also calculate the standard reduction potential of the I^(c-) |AgI|Ag electrode.

The standard reduction potential of the Ag^(o+)|Ag electrode at 298K is 0.799V . Given that for AgI,K_(sp)=8.7xx10^(-17) , evaluate the potential of the Ag^(o+)|Ag electrode in a saturated solution of AgI .