Will 0.1 (M) `KCl` solution show different values for conductance, specific conductivity and equivalent conductivity, if they are measured with different conductivity cells?

Explanation

The conductance (C) of an electrolyte solution is defined by the relation `C=(kappa)/("Cell constant")`, where `kappa` is the specific conductance of the solution. Since the volumen of cell constant diffrs from cell, measuring conductance of 0.1 M KCl solution in different conductivity cell will give different values of conductances. But specific conductance of a solution is the nature of electrolyte, solvent and temperature, Hence, the value of `kappa` will not vary on changing the cell. Equivalent conductivity of a soltuions is relation to `kappa` and normality of the solution. Hence, its value will also remains unaffected.