75 ml of `H_(2)SO_(4)` (specific gravity is 1.18) containing 49% `H_(2)SO_(4)` by mass is diluted to 590 ml. Calculate molarity of the diluted solution , [S = 32]

Calculate the mole fraction of H_(2)SO_(4) in a solution containing 98% H_(2)SO_(4) by mass.

A piece of Al wieghing 2.7 g is titrated with 75.0 mL of H_(2) SO_(4) (specific gravity 1.8 mL^(-1) and 24.7% H_(2) SO_(4) by weight). After the metal is completely dissolved, the solution is diluted to 400 mL . Calculate the molarity of free H_(2) SO_(4) solution.

A piece of Al wieghing 2.7 g is titrated with 75.0 mL of H_(2) SO_(4) (specific gravity 1.8 mL^(-1) and 24.7% H_(2) SO_(4) by weight). After the metal is completely dissolved, the solution is diluted to 400 mL . Calculate the molarity of free H_(2) SO_(4) solution.

100ml of 2.45 % (w//v) H_(2)SO_(4) solution is mixed with 200ml of 7% (w//w) H_(2)SO_(4) solution ("density" = 1.4 gm//ml) and the mixture is diluted to 500ml . What is the molarity of the diluted solution ?

100ml of 2.45 % (w//v) H_(2)SO_(4) solution is mixed with 200ml of 7% (w//w) H_(2)SO_(4) solution ("density" = 1.4 gm//ml) and the mixture is diluted to 500ml . What is the molarity of the diluted solution ?

100ml of 2.45 % (w//v) H_(2)SO_(4) solution is mixed with 200ml of 7% (w//w) H_(2)SO_(4) solution ("density" = 1.4 gm//ml) and the mixture is diluted to 500ml . What is the molarity of the diluted 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.

Concentrated sulphuric acid has density of 1.9 g/mL and 99% H_(2)SO_(4) by mass. Calculate the molarity of the acid.