lf the conductivity of mercury at 0°C is `1.07 xx 10^6S m^(-1)` and the resistance of a cell containing mercury is `0.243 Omega`, then the cell constant of the cell is `x xx 10^4 m^(-1)`. The value of x is _________ (Nearest integer)

For mercury at 0^(@)C specific conductance. k = 1.062963 xx 10^(6) S//m (a) If the resistance of a cell containing mercury is 0.243166 ohm, what is the cell constant of the cell ? (b) If the same cell is filled with KCl solution at 0^(@)C , the resistance of the cell is 3.966 xx 10^(4) ohm. What is the conductivity of KCl solution ? (c) If the average cross-sectional area of the cell is 0.9643 mm^(2) , what is the effective distance between the electrodes ?

The conductivity of 0.1 m KCl solution is 1.29sm^(-1) . If the resistance of the cell filled with 0.1 M KCl is 100 ohm. Calculate the cell constant.

The resistance of 0. 01 N NaCl solution at 25^@C is 200 Omega . Cell constant of conductivity cell is 1 cm^(-1) . The equivalent conductnance is .

The conductivity of 0.02 N solution of a cell of KCl at 25^@C" is "2.765 xx 10^(-3) Scm^(-1) . If the resistance of a cell containing this solution is 4000 ohm, what will be the cell constant?

The specific conductivity of N/10 KCl solution at 20^(@)C is 0.0212 ohm^(-1) cm^(-1) and the resistance of the cell containing this solution at 20^(@)C is 55 ohm. The cell constant is :

If the cell constant is 0.5 cm^(-1) and the resistance is 50 "ohm" , then the molar conductance of 0.1 M solution is ___________.