Using the `E^(@)` values of A and B, predict which is better for coating the surface of iron.`(E_(Fe^(2+)//Fe)^(@)=0.44V)` in order to prevent the corrosion. [Given `E_(A^(2+)//A)^(@)=-2.37" V",E_(B^(2+)//B)^(@)=-0.14" V"]`

Using the E^(@) values of A and B predict which is better for coating the surface of iron [E_ ((Fe^(2+)//Fe))^(@) =-0.44V] to prevent corrosion and why ? E_((A^(2+)//A))^(@)=-2.37V , E_((B^(2+)//B))^(@)= 0.14V

Using the E^(@) values of A and B, predict which is better for coating the surface of iron [E^(@)(Fe^(2+)|Fe)=-0.44V] to prevent corrosion and why? ["Given :" E^(@)(A^(2+)|A)=-2.37V, E^(@)(B^(2+)|B)=-0.14V]

Calculate E_(cell)^(@) for the following reaction at 298 K: 2AI(s) + 3Cu^(2+)(0.01M) to 2A1^(3+)(0.01M) + 3Cu(s) "Given" : E_(cell) = 1.98V (b) Using the E^(@) values A and B, predict which is better for coating the surface of iron [E^(@)(Fe^(2+)//Fe) = -0.44V] to prevent corrosion and why? "Given" : E^(@)(A^(2+)//A) = 2.37V : E^(@)(B^(2+) //B) = 0.14V

Calculate E_(cell)^(@) for the following reaction at 298 K: 2Al(s) + 3Cu^(2+)(0.01M) to 2Al^(3+)(0.01M) + 3Cu(s) "Given" : E_(cell) = 1.98V (b) Using the E^(@) values A and B, predict which is better for coating the surface of iron [E^(@)(Fe^(2+)//Fe) = -0.44V] to prevent corrosion and why? "Given" : E^(@)(A^(2+)//A) = 2.37V : E^(@)(B^(2+) //B) = 0.14V

Using the E^@ values of A and B, predict which one is better for coating the surface of iron [E^@(Fe^(2+)/Fe=-0.44V] to prevent corrosion and why? Given: E^@(A^(2+)|A)=-2.37V and E^@(B^(2+)|B)=-0.14V .

Which is a stronger reducing agent Zn or Fe? If E_(Zn^(2+)//Zn)^@ = -0.76V , and E_(Fe^(2+)//Fe = -0.44V