Conductance of electrolytic solution

Difference between electronic & electrolytic conductors
Conductance
The reciprocal of the resistance is
called conductance. It is denoted by C.
C=1/R
Conductors allows electric current to pass through them.
Examples are metals, aqueous solution of
acids, bases and salts etc.
Insulators do not allow the electric current to pass
through them.
Examples are pure water, urea, sugar etcSpecific conductance ! =

Specific conductivity decreases on dilution.
Equivalent and molar conductance both increase with dilution and
reaches a maximum value.
The conductance of all electrolytes increases with temperature.Kohlrausch??s Law
!" = !a + ! c
Where are known as ionic conductance of anion and
cation at infinite dilution respectively.
?a and ?cSpecific conductivity decreases on dilution.
Equivalent and molar conductance both increase with dilution and
reaches a maximum value.
The conductance of all electrolytes increases with temperature
??Limiting molar conductivity of an electrolyte can be
represented as the sum of the individual contributions of
the anion and cation of the electrolyte.