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Ag|Ag^(+), KI||Ag I| Ag emf is E, then K...

`Ag|Ag^(+), KI||Ag I| Ag` emf is E, then `K_(sp)` of AgI is given as:

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Given the data 25^(@) C , Ag+ I^(-) to AgI+e^(-) , E^(@) = 0.152V Ag to Ag^(+) + E(-) , E^(@) = - 0.800V What is the value of K_(sp) for AgI?

Given the data 25^(@) C , Ag+ I^(-) to AgI+e^(-) , E^(@) = 0.152V Ag to Ag^(+) + E(-) , E^(@) = - 0.800V What is the value of K_(sp) for AgI?

At 25^(@)C, {:(Ag+I^(-)rarr,AgI+e,,E^(@) =0.152V),(Agrarr,Ag.^(+)+e,,E^(@) =- 0.80V):} The log K_(sp) of AgI is: ((2.303RT)/(F)=0.059)

At 25^(@)C, {:(Ag+I^(-)rarr,AgI+e,,E^(@) =0.152V),(Agrarr,Ag.^(+)+e,,E^(@) =- 0.80V):} The log K_(sp) of AgI is: ((2.303RT)/(F)=0.059)

At 25^(@)C, {:(Ag+I^(-)rarr,AgI+e,,E^(@) =0.152V),(Agrarr,Ag.^(+)+e,,E^(@) =- 0.80V):} The log K_(sp) of AgI is: ((2.303RT)/(F)=0.059)

Given the data at 25^@C Ag + I^(-) to AgI + e^(-) , E^@ = 0.152V Ag to Ag^(+) + e^(-) , E^@= -0.800V What is the value of log K_(sp) for AgI

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.