150 ml of a solution containing 5 millimoles of A (specific gravity = `1.2`) is mixed with 250 ml of another solution containing 10 millimoles of A (specific gravity = `1.4`). If on mixing the density of the solution becomes `(5.3)/(4.5)gm//ml`, then what will be molartiy of A in the final solution?

150 ml of a solution containing 5 millimoles of A (special gravity =1.2) is mixed 250 ml of another solution containing 10 millimoles of A (special gravity =1.4). If one mixing the density of the solution becomes 5.3/4.5 gm/ml then what will be molarity of A in the total final solution .

150ml of an aq. Solution containing 5 millimoles of A (specific gravity=1.2) is mixed with 250 ml of another aq. Solution containing 10 millimoles of A (sepecific gravity= 1.4). If on mixing the density of the solution becomes 5.3/4.5gm//ml, then the molarity of A in the final solution becomes x M. The value of 60xx x is:

100 mL of a solution containing 5 g of NaOH are mixed with 200 mL of M/5 NaOH solution. Calculate the molarity of the resulting solution.

100 mL of a solution containing 5 g of NaOH are mixed with 200 mL of (M)/(5) NaOH solution . Calculate the molartiy of the resulting solutions.

A solution contains 50 mL of alcohol mixed with 150 mL of water. Calculate the concentration of this solution .

A solution of acid having 62% by mass of acid has specific gravity of 1.8 g. If the solution is to be diluted to attain a specific gravity of 1.2 then what volume of water should be added to 100 ml of this solution?

A solution of acid having 62% by mass of acid has specific gravity of 1.8 g. If the solution is to be diluted to attain a specific gravity of 1.2 then what volume of water should be added to 100 ml of this solution?