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

Calculate the equivalent mass of H_(2) SO_(4) .

An aqueous solution of H_(2)SP_(4) has density 1.84 g/mL. Solution containso 98% H_(2)SO_(4) by mass. Calculate : (i) molarity of solution (ii) overall molarity of solution (iii) molar volume (iv) specific volume (v) relative, decrease in vapour pressure with respect to water, assuming H_(2)SO_(4) as non-electrolyte at his high concentration.

Calculate number of moles in 392 g of H_(2)SO_(4) ?

An aqueous solution of H_(2)SO_(4) has density 1.84" g"//"ml" . Solution contains 98% H_(2)SO_(4) by mass.Calculate (i) Molarity of solution (ii) Molar volume of solution (iii) Relative lowering of vapour pressure w.r.t. water, assuming H_(2)SO_(4) as non-electrolyte at this high concentration.

An aqueous solution of H_(2)SO_(4) has density 1.84" g"//"ml" . Solution contains 98% H_(2)SO_(4) by mass.Calculate (i) Molarity of solution (ii) Molar volume of solution (iii) Relative lowering of vapour pressure w.r.t. water, assuming H_(2)SO_(4) as non-electrolyte at this high concentration.

The density of a 3.6 M H_(2)SO_(4) solution that is 29% H_(2)SO_(4) by mass will be

The density of a 3.6 M H_(2)SO_(4) solution that is 29% H_(2)SO_(4) by mass will be