`17.4%` (wt.`//`vol.) `K_(2)(SO_(4))` solution at `27^(@)C` isotonic to `5.85%` (wt.`//`vol.) `NaCl` solution at `27^(@)C`. IF `NaCl` is `100%` ionised, what is `%` ionisation of `K_(2)SO_(4)` in aq. solution?

17.4% (mass/Vol) K_(2)SO_(4) solution at 27^(@)C is isotonic to 5.85% (mass/Vol) NaCl solution at 27^(@)C . If NaCl is 100% ionised, the % ionisation of K_(2)SO_(4) in aqueous solution is x xx10 then the value of x is

5% (wt./vol.) aqueous NaCl solution and 5% (wt./vol.) aqueous KCl solution are:

Calculate the osmotic pressure of 20% (wt. // vol.) anhydrous CaCl_(2) solution at 0^(@)C assuming 100% ionisation.

Calculate the osmotic pressure of 20% (wt. // vol.) anhydrous Ca(NO_(3))_(2) solution at 0^(@)C assuming 100% ionisation.

1% (wt./vol) solution of urea is isotonic with 3% (wt./vol.) solution of a non electrolytic solute . The mol. Wt. of solute is