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

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 .

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

E^(@) of Ag electrode is 0.8 V and solubility product of AgI is 1 xx 10^(-16) . Calculate the potential of Ag electrode at 25^(@)C in a saturated AgI solution in water.

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 K_(sp) for AgCl at 298K is 1.0xx10^-10 . Calculate the electrode potential for Ag^+|Ag electrode immersed in 1.0M KCl solution. Given: E_(Ag^+|Ag)^@=0.80V

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.