[" Q.12the pKerof Aglis "16.07" .If the "E^(6)" value for "],[" Ag' "[Ag" is "0.7991V" .Find the "E^(@)" for the half-cell "],[" reaction Agl ( "s)+e^(-)rarr Ag+I]

The pK_(sp) of AgI is 16.07 if the E^(@) value for Ag^(+)//Ag is 0.7991V , find the E^(@) for the half cell reaction AgI(s) +e^(-) rarr Ag+I^(-)

The pK_(sp) of AgI is 16.07 if the E^(@) value for Ag^(+)//Ag is 0.7991V , find the E^(@) for the half cell reaction AgI(s) +e^(-) rarr Ag+I^(-)

The pK_(sp) of AgI is 16.07 if the E^(@) value for Ag^(+)//Ag is 0.7991V , find the E^(@) for the half cell reaction AgI(s) +e^(-) rarr Ag+I^(-)

Dissociation constant for Ag(NH_(3))_(2)^(+) into Ag^(+) and NH_(3) is 6 xx 10^(-14) . Calculate E^(@) for the half reaction. Ag(NH_(3))_(2)^(+) + e rarr Ag + 2NH_(3) Given, Ag^(+) + e rarr Ag has E^(@) = 0.799 V

Dissociation constant for Ag(NH_(3))_(2)^(+) into Ag^(+) and NH_(3) is 6 xx 10^(-14) . Calculate E^(@) for the half reaction. Ag(NH_(3))_(2)^(+) + e rarr Ag + 2NH_(3) Given, Ag^(+) + e rarr Ag has E^(@) = 0.799 V

K_(d) for dissociation of [Ag(NH_(3))_(2)]^(+) into Ag^(+) and NH_(3) is 6 xx 10^(-8) . Calculae E^(@) for the following half reaction. Ag(NH_(3))_(2)^(+) +e^(-) rarr Ag +2NH_(3) Given Ag^(+) +e^(-) rarr Ag, E^(@) = 0.799V

K_(d) for dissociation of [Ag(NH_(3))_(2)]^(+) into Ag^(+) and NH_(3) is 6 xx 10^(-8) . Calculae E^(@) for the following half reaction. AG(NH_(3))_(2)^(+) +e^(-) rarr Ag +2NH_(3) Given Ag^(+) +e^(-) rarr Ag, E^(@) = 7.99V

K_(d) for dissociation of [Ag(NH_(3))_(2)]^(+) into Ag^(+) and NH_(3) is 6 xx 10^(-8) . Calculae E^(@) for the following half reaction. AG(NH_(3))_(2)^(+) +e^(-) rarr Ag +2NH_(3) Given Ag^(+) +e^(-) rarr Ag, E^(@) = 7.99V

E_0 for the reaction , Ag^(+) + e^(-) to Ag , is 0.8 V . Calculate E^@ for the reaction. Ag(NH_3)_(2)^(+) + e^(-) to Ag + 2NH_3, if the dissociation constant for. Ag(NH_3)_(2)^(+) into NH_3 and Ag^(+) is 6 xx 10^(-14).