Dissociation of a molecule of an electrolyte produces cations (or anions) whose total valency is nz. Establish a relation between molar and equivalent conductivity of that electrolytic solution.

Express the relation between conductivity and molar conductivity of a solution held in a cell.

Express the relation between conductivity and molar conductivity of a solution held in a cell.

The molar conductivity changes with the concentration of an electrolytic solution. Explain.

Velocities of Cations and anions of the electrolytes produces in salt bridge is_____.

At a definite temperature, the molar conductivity of a weak electrolytic solution of concentration, C(M) is Lambda_(m) and the value of the molar conductivity at infinite dilution of the same electrolysis solution is Lambda_(m)^(@) . What will be the value of degree of dissociation of the electrolytr C(M) solution?

(b) At a constant temperature, the molar conductivity at infinite dilution of weak electrolyte is "x ohm"^(-1).cm^(2).mol^(-1) . If at the same temperature, the molar conductivity of the same electrolytic solution of a definite concentration is "0.02 x ohm"^(-1)."cm"^(2)."mol"^(-1) , what is the degree of dissociation of the electrolyte in the solution?

If 1 mol of an electrolyte is dissolved in V cm^(3) of a solution, then molar conductivity of the solution is Lambda_(m) = conductivity of the solution xx V. If the concentration of the solution is (M)/(10), then find the value of V.

The resistance of a 0.01 N solution of an electrolyte was found to 210 ohm at 25^(@)C using a conductance cell with a cell constant 0.88 cm^(-1) . Calculate the specific conductance and equivalent conductance of the solution.

The electrodes (5cmxx1cm) are held parallel at a distance of 1.5 cm apart and are dipped in a 0.1 (N) solution of an electrolyte. The resistance measured was 50 ohm. What will be the equivalent conductivity of the solution?