Calculate the percentage degree of dissociation of an electrolyte `XY_(2)` (Normal molar mass `=164`) in water if the observed molar mass by measuring elevation in boiling point is `65.6`:

Calcuate the percentage degree of dissociation of an electrolyte XY_(2) (Normal molar mass = 164) in water if the water if the observed molar mass by measuring elevation in boiling point is 65.6

Calcuate the percentage degree of dissociation of an electrolyte XY_(2) (Normal molar mass = 164) in water if the water if the observed molar mass by measuring elevation in boiling point is 65.6

Calcuate the percentage degree of dissociation of an electrolyte XY_(2) (Normal molar mass = 164) in water if the water if the observed molar mass by measuring elevation in boiling point is 65.6

Calculate the apparent degree of ionisation of an electrolyte MX_(2) in water, if the observed molar mass of the solute by measuring elevation in boiling point is 65.6 (Normal molar mass of the solute = 164).

Calculate the apparent degree of ionisation of an electrolyte MX_(2) in water, if the observed molar mass of the solute by measuring elevation in boiling point is 65.6 (Normal molar mass of the solute = 164).

Derive the relation between molar mass of solute and elevation of boiling point

Derive the relation between molar mass of solute and elevation of boiling point

The determination of molar mass from elevation in boiling point is called as……..