4. At 25°C specific conductivity of a normal solution of KCI is 0.002765 mho. The resistance of cell is 400 ohms. The cell constant is

At 25^@ C specific conductivity of a normal solution of KCI is 0. 0022765 ohm. The resistance of cell is 400 ohms. The cell constant is .

At 25^@ C specific conductivity of a normal solution of KCl is 0. 0022765 ohm. The resistance of cell is 400 ohms. The cell constant is

At 25°C the specific conductance of a 1N solution of KCl is 0.002765 mho. The resistance of cell is 400 Omega . The cell constant is:

The specific conductivity of an N//20 solution of KCI at 25^@ C is 0.002765 mhos. If the resistance of the same solution placed in the cell is 2000 ohm, what is the cell constant ?

Describe specific and equivalent conductance. How are they related? What is the effect of dilution of them? The specific conductivity of an N//20 solution of KCl at 25^(@) C is 0.002765 mho cm^(-1) . If the resistance of the same solution placed in the cell is 2000 ohms, what is the cell constant?

Specific conductance of a decinormal solution of KCl is 0.0112 ohm^(-1) cm^(-1) . The resistance of a cell containing the solution was found to be 56. What is the cell constant ?