If 0.1 M solution of NaCl is isotonic with 1.1 w % urea solution, the degree of ionisation of NaCl is (molar masses of urea and NaCl are 60 and 58.5 g `mol ^(-1)` respectively )

0.1 formal soluton of NaCl is found to be isotonic with 1.10% solution of urea. Calculate the apparent degree of ionization of NaCl.

A 1.2% solution of NaCl is isotonic with 7.2% solution of glucose. Calculate Van't Hoff factor of NaCl solution.

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

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

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

A 4% solution of non-volatile solute is isotonic with 0.702% urea solution Calculate the molar mass of the non-volatile solute. (Mola.r mass of urea = 60 g mol^(-1) )

A 1.2% solution (w/v) of NaCl is isotonic with 7.2% solution(w/v) of glucose. Calculate degree of ionization and Van't Hoff factor of NaCl.

1.2 of solution of NaCl is isotonic with 7.2 of solution of glucose .Calculate the van't Hoff factor of NaCl solution?

The mole fraction of urea in an aqueous urea solution containing 900 g of water is 0.05. If the density of the solution is 1.2 g cm^(-3) , the molarity of urea solution is __________ Given data: Molar masses of urea and water are 60 g "mol"^(-1) and 18 g "mol"^(-1) , respectively)

The mole fraction of urea in an aqueous urea solution containing 900 g of water is 0.05. If the density of the solution is 1.2 g cm^(-3) , the molarity of urea solution is __________ Given data: Molar masses of urea and water are 60 g "mol"^(-1) and 18 g "mol"^(-1) , respectively)