The temperature coefficient of the emf i.e. `(dE)/(dT)=0.00065"volt".deg^(-1)` for the cell `Cd|CdCl_(2)(1M)||AgCl(s)`
`|Ag` at `25^(@)C` calculate the entropy changes `triangleS_(298K)` for the cell reaction, `Cd+2AgCltoCd^(++)+2Cl^(-)+2Ag`

The temperature coefficient, of the emf, i.e., (dE)/(dt) = -0.00065 Volt deg^(-) for the cell, Cd| CdCl_(2)(1 M) ||AgCl(s)| Ag at 25^(@) . Calculate the entropy change DeltaS_(298K) for the cell reaction, Cd + 2AgCl rightarrow Cd^(2+) + 2Cl^(-) + 2Ag

The temperatuer coefficient, of the emf, i.e., (dE)/(dt) = -0.00065 Volt deg^(-) for the cell, Cd| CdCl_(2)(1 M) ||AgCl(s)| Ag at 25^(@) . Calcualte the entropy changes DeltaS_(298K) for the cell reaction, Cd + 2AgCl rightarrow Cd^(2+) + 2Cl^(-) + 2Ag

The emf of the cell : Cd//CdCl_(2).25H_(2)O //AgCl_((s))Ag is 0.675V. Calculate DeltaG of the cell reaction.

The emf of the cell : Cd//CdCl_(2).25H_(2)O //AgCl_((s))Ag is 0.675V. Calculate DeltaG of the cell reaction.

The emf of the cell Cd//CdCl_(2)," "25H_(2)O" "//AgCl_((s))Ag is 0.675 V. Calculate of the cell reaction.

The EMF of the following cell : Cd(s)|CdCl_(2)(0.10M)||AgCl(s)|Ag(s) is 0.6915V at 0^(@)C and 0.6753V at 25^(@)C . The DeltaH of reaction in kJ at 25^(@)C is

The EMF of the following cell : Cd(s)|CdCl_(2)(0.10M)|AgCl(s)|Ag(s) is 0.6915V at 0^(@)C and 0.6753V at 25^(@)C . The DeltaH of reaction in kJ at 25^(@)C is