`3Ni^(2+) + 2Al rightarrow 2Al^(3+) + 3Ni`, `E^(@0 = 1.41 V`
For the reaction given, which expression gives the value of `DeltaG^(@)` in `kJmol^(-)`?

Give the representation for the cell with cell reaction as : 2Al+3Zn^(2+) to 2Al^(3+)+3Zn

A voltaic cell is set up at 25^(@)C with the following half cells : Al^(3+) (0.001 M) and Ni^(2+) (0.50 M) Write the equation for the reaction when the cell generates the electric current. Also determine the cell potential (Given E_(Ni^(2+)//Ni)^(@)=-0.25 V, E_(Al^(3+)//Al)^(@)=-1.66 V) .

A voltaic cell is set up at 25^(@)C with the following half cells : Al^(3+) (0.001 M) and Ni^(2+) (0.50 M) Write the equation for the reaction when the cell generates the electric current. Also determine the cell potential (Given E_(Ni^(2+)//Ni)^(@)=-0.25 V, E_(Al^(3+)//Al)^(@)=-1.66 V) .

Al^(3+)(aq) + 3e^(-) rightarrow Al(s) E^(@) = -1.66V Cu^(2+)(aq) + 2e^(-) rightarrow Cu(s) E^(@) = +0.34V What voltage is produced under standard conditions by combining the half-reactions witih these standard Electrode Potential?

(a) What type of a cell is the lead storage battery ? Write the anode and the cathode reactions and the overall reaction occuring in a lead storage battery while operating . (b) A voltaic cell is set up at 25^(@)C with the half-cells , Al|Al^(3+) (0.001M) and Ni| Ni^(2+) (0.50 M) . Write the equation for the reaction that occurs when the cell generates an electric current and determine the cell potential. (Given : E_(Ni^(2+)|Ni)^(@) = -0.25 V , E_(Al^(3+)|Al)^(@) = -1.66V ).

(a) What type of a cell is the lead storage battery ? Write the anode and the cathode reactions and the overall reaction occuring in a lead storage battery while operating . (b) A voltaic cell is set up at 25^(@)C with the half-cells , Al|Al^(3+) (0.001M) and Ni| Ni^(2+) (0.50 M) . Write the equation for the reaction that occurs when the cell generates an electric current and determine the cell potential. (Given : E_(Ni^(2+)|Ni)^(@) = -0.25 V , E_(Al^(3+)|Al)^(@) = -1.66V ).

A voltaic cell is set up at 24^(@)C with the following half-cells AI^(3+)(0.001M) and Ni^(2+)(0.50M) . Write an equation for the reaction that occurs when the cell generates an electric current and determine the cell potential. (Given : E_(Ni^(2+)//Ni)^(@)=-0.25V,E_(Al^(3+)//Al)^(@)=-1.66V )

(a) Write the equations for the reactions taking place at anode and cathode in the lead-storage battery. Calculate the value of DeltarG^(0) at 298 K for the cell reaction. 3Mg_(s) + 2Al^(3+)_(aq) to 3Mg^(2+)_(aq) + 2Al_(s) [Given , E_(mg)^(0) = -2.36V, E_(Al)^(0) = -1.66V and F = 96487 C]

(a) How many mole of mercury will be produced by electrolysing 1.0 M Hg (NO_(3))_(2) solution with a current of 2.00 A for 3 hours? [Hg (NO_(3))_(2) = 200.6 g mol^(-1) ]. (b) A voltaic cell is set up at 25^(@) C with the following half-cells Al^(3+) (0.001M) and Ni^(2+) (0.50M). Write an equation for the reaction that occurs when the cell generates an electric current and determine the cell potential. (Given : E_(Ni^(2+)//Ni)^(2)=- 0.25 V,E_(Al^(3+)//Al)^(@)= - 1.66V )