Molar conductivity of an electrolyte is the conductance of all the ions produced by one gram mole of the electrolyte in solution and is denoted as `Lambda_(m)`.
`Lambda_(m)=(kxx1000)/(c )`
Here k is the specific conductance while c is the molar concentration of the electrolyte. The molar conductance of the strong electrolytes at infinite dilution `(Lambda_(m)^(oo))` can be obtained graphically by extrapolation while the same for weak electrolytes cannot be obtained graphically. It can be calculated theoretically with the help of Kohrausch's. Law.
`Lambda_(m(AxBy))^(oo)=xlambda_(m (A^(y+)))^(oo)+ylambda_(m(B^(x)))^(oo)`
Which of the following solution of KCl will have the maximum value of specific conductance ?

Options

A. 1.0 N
B. 0.1 N
C. `1.0xx10^(-2)" N"`
D. 0.5 N.

Answer

A

Explanation

(a) Specific conductance (k) is directly proportional to the number of ions per unit volume. 1.0 NKCl will give maximum number of ions in solution.