Ammonia gas is passed into water, yielding a solution of density `0.93 g//cm^(3)` and containing `18.6% NH_(3)` by weight. The mass of NH3 per cc of the solution is :

HCl gas is passed into water, yielding a solution of density 1.095 g ml^(-1) and containing 30% HCl by weight. Calculate the molarity of the solution.

HCl gas is passed into water, yielding a solution of density 1.095 g mL^(-1) and containing 30% HCl by weight. Calculate the molarity of the solution.

HCl gas is passed into water, yielding a solution of density 1.095 g mL^(-1) and containing 30% HCl by weight. Calculate the molarity of the solution.

180 ml of pure water at 4^(@)C is saturated with NH_(3) gas, yielding a solution of density 0.8 gram/ml and containing NH_(3) (40% by weight ). (a) Volume of NH_(3) solution. (b) Volume of NH_(3) gas present in saturated solution. (c ) Volume of NH_(3) gas at 115^(@)C and 950 mm of Hg in saturated solution.

105 mL of pure water at 4^oC is saturated with NH_3 gas yielding a solution of density 0.9gmL^(−1) and containing 30% NH_3 by mass. The volume (in litres) of NH_3 gas at 4^oC and 775 mm of Hg.

105 mL of pure water at 4^(circ)C saturated with NH_(3) gas yielded a solution of density 0.9g mL^(-1) and containing 30%NH_(3) by mass. Find out the volume of NH_(3) solution resulting and the volume of NH_(3) gas at 4^(circ)C and 775 mm of Hg , which was used to saturate water.

105 mL of pure water at 4^(circ)C saturated with NH_(3) gas yielded a solution of density 0.9g mL^(-1) and containing 30%NH_(3) by mass. Find out the volume of NH_(3) solution resulting and the volume of NH_(3) gas at 4^(circ)C and 775 mm of Hg , which was used to saturate water.