An aqueous fo diabasic acid (molecular mass = 118) containing `35.4 g` of acid per litre of the solution has density `1.0077 g mL^(-1)`.
Express the concentration in as many ways as you can?

An aqueous of diabasic acid (molecular mass = 118) containing 35.4 g of acid per litre of the solution has density 1.0077 g mL^(-1) . Express the concentration in as many ways as you can?

100 g of a solution of hydrochloric acid (sp.gr. 1.18) contains 36.5 g of the acid. The normality of the solution is:

Given that 10g of a dibasic acid (molar mass = 100) are present in 600 mL of the solution. The density of the solution is ' 1.02 g/mL. Molality of solution is

If 11 g of oxalic acid are dissolved in 500 mL of solution (density =.1.1 g mL^(-1) ), what is the mass % of oxalic acid in solution ?

If 11 g of oxalic acid are dissolved in 500 mL of solution (density = 1.1 g mL^(-1) ), what is the mass % of oxalic acid in solution ?

Calculate the molality of one litre aqueous one molar NaOH solution, whose density is 1.01 g per mL.

100 mL solution of an acid (molar mass 82) containing 39 g acid per litre was completely neutralized by 95.0 mL of aqueous NaOH solution containing 40 g NaOH per litre. The basicity of acid is ……

100 mL solution of an acid (molar mass 82) containing 39 g acid per litre was completely neutralized by 95.0 mL of aqueous NaOH solution containing 40 g NaOH per litre. The basicity of acid is ……