STATEMENT-1: Molar conductivity indreases with decrease in concentration for weak electrolysis.
STATEMENT-2: No. o fions increases and o. of ions per unit volume decreases due to dilution.

STATEMENT-1: Molar conductivity increases with decrease in concentration for weak electrolysis. STATEMENT-2: No. of ions increases and no. of ions per unit volume decreases due to dilution.

STATEMENT-1: Molar conductivity increases with decrease in concentration for weak electrolytes. STATEMENT-2: No. of ions increases and no. of ions per unit volume decreases due to dilution.

Statement-1: Molar conductivity increases with decrease in concentration for weak electrolytes. Statement-2: No. of ions per unit volume decreases due to dilution.

STATEMENT-1: Conductivity decreases with the decrease in concentration of both the weak and strong electolytes. STATEMENT-2: No. of ions per unit volume linearly decreases in both electrolytes.

STATEMENT-1: Conductivity decreases with the decreases is concentration both the weak and strong electolytes. STATEMENT-2: No. of ions per unit volume linearly decreases in both electrolytes.

STATEMENT-1: Conductivity decreases with the decreases is concentration both the weak and strong electolytes. STATEMENT-2: No. of ions per unit volume linearly decreases in both electrolytes.

Statement-1: Conductivity always decreases with decrease in concentration of both the weak and strong electrolytes. Statement-2: No. of ions per unit volume linearly decreases in both electrolytes.

STATEMENT 1 : The molar conductivity of strong electrolyte decreases with increases in concentration and STATEMENT 2 AT high concentration migration of ion is slow

STATEMENT 1 : The molar conductivity of strong electrolyte decreases with increases in concentration and STATEMENT 2 AT high concentration migration of ion is slow