0.1M solution of NaCl is found to be isotonic with 1.1% solution of urea. Calculate the apparent degree of ionization of NaCl

A 1.17% solution of NaCl is isotonic with 7.2% solution of glucose. Calculate the Van't Hoff factor of NaCl .

If 0.04 M Na_(2)SO_(4) solutions at 300K is found to be isotonic with 0.05M NaCl ( 100% dissociation) solutions. Calculate degree of dissociation of sodium sulphate.

A 0.004M solution of Na_(2)SO_(4) is isotonic with a 0.010 M solution of glucose at same temperature. The apparent degree of dissociation of Na_(2)SO_(4) is

A 5% solution of cane sugar is isotonic with 0.877% solution of urea. Calculate the molecular mass of urea if the molecular mass of cane sugar is 342 .

A 10% solution of urea is isotonic with 20% solution of 'x' at same temperature. Calculate molecular weight of x .

1 molal solution of NaCl has ………..osmotic pressure than 1 molal solution of urea.

A salt MA_(2) ionises as MA_(2)hArr M^(2+)+2A^(-) It was found that a given solution of the salt had the same freezing point as solution of glucose of twice the molality. The apparent degree of ionization of the salt is

A: Boiling point of 0.1 M solution of NaCl is higher than that of 0.1 M solution of urea. R: Greater the value of Van't Hoff factor, greater the elevation in boiling point of solution containing non volatile solute.

What is the pH of 0.001 M aniline solution? The ionization constant of aniline 4.27xx10^(-10) . Calculate the degree of ionization of aniline in the solution. Also calculate the ionization constant of the conjustant acid of aniline.

The mole .weight of NaCl determined by studying freezing point depression of its 0.5% aqueous solution is 30. The apparent degree dissociation of NaCl is