A solution of `KCl` has a density of `1.69 g mL^(-1)` and is 67% by weight. Find the denisty of the solution if it is diluted so that the percentage by weight of `KCl` in the diluted solution is 30%`

A solution of specific gravity 1.6 is 67% by weight. What will be % by weight of the solution of same acid if it is diluted to specific gravity 1.2 ?

A 6.9 M solution of KOH in water contains '30 %' by weight of 'KOH'. Calculate the density of the solution?

Find the molarity of 1.0 L solution of 90% H_2SO_4 by weight/volume. The density of the solution is 1.47

A 6.90 M solution of KOH contains 30% by weight of KOH . Calculate the density of the solution.

A 6.90 M solution of KOH contains 30% by weight of KOH . Calculate the density of the solution.

A 6.90 M solution of KOH contains 30% by weight of KOH . Calculate the density of the solution.

A 6.90 M solution of KOH contains 30% by weight of KOH . Calculate the density of the solution.

The acid solution has a specific gravity of 1.8, when it contains 62% by weight of the acid. The solution is diluted to such an extant this its specific gravity is lowered to 1.2. what is the % by weight of the acid new solution.

The acid solution has a specific gravity of 1.8, when it contains 62% by weight of the acid. The solution is diluted to such an extant this its specific gravity is lowered to 1.2. what is the % by weight of the acid new solution.