Calculate the potential of silver electrode in a saturated solution of `AgBr(K_(sp)=6xx10^(-13))` containing `0.1 M KB r . E^(c-)._(Ag^(o+)|Ag)=0.80V.`

Calculate the potential of a silver electrode in a saturated solution of AgBr(K_(sp)=6 times 10^-13) containing, in addition, 0.1 mole per litre KBr. E_(Ag^+,Ag)^@=0.80 volt

What would be the electrode potential of a silver electrode dipped in a saturated solution of AgCl in contact with 0.1 M KCl solution at 25^(@)C ? E^(c-)._(Ag^(o+)|Ag)=0.799 V K_(sp) of AgCl=1xx10^(-10)

What would be the electrode potential of a silver electrode dipped in a saturated solution of AgCl in contact with 0.1 M KCl solution at 25^(@)C ? E^(c-)._(Ag^(o+)|Ag)=0.799 V K_(sp) of AgCl=1xx10^(-10)

What would be the electrode potential of a silver electrode dipped in a saturated solution of AgCl in contact with 0.1 M KCl solution at 25^(@)C ? E^(c-)._(Ag^(o+)|Ag)=0.799 V K_(sp) of AgCl=1xx10^(-10)

Calculate the concentration of silver ion, if water is saturated with AgCNS (K_(sp) =1 xx 10^(-12)) and AgBr (K_(sp) = 5 xx 10^(-13) ).

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.

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