A solution of `Al_(2)(So_(4))_(3){d=1.253 gm//ml}` contain `22%` salt by weight. The molarity , normality and molality of the solution is

A commerically availabe sample of sulphuric acid is 15% H_(2)SO_(4) by weight (density = 1.10 g mL^(-1) ). Calculate (i) molarity (ii) normality and (iii) molality of the solution.

A dilute solution of H_(2)SO_(4) is made by adding 5 mL of 3N H_(2)SO_(4) to 245 mL of water. Find the normality and molarity of the diluted solution.

A solution contains 441.0 gof H_2SO_4 in 1 L of solution. If the density of solution is "1.25 g mL"^(-1), the molarity and molality of the solution, respectively, are

A: For a given solution (density 1 gm//ml ), molality is greater than molarity. R: Molarity involves volume of solution while molality involves mass of solvent.

A: For a given solution (density 1 gm//ml ), molality is greater than molarity. R: Molarity involves volume of solution while molality involves mass of solvent.

The density of 2.0 M solution of solute is 1.2 gm/ml. If the molecular mass of solute is 100 gm "mol"^(-1) then the molality of the solution is