50 ml of an ammonia solution with a specific weight of 1.42 and a purity of 52.2% mixed with another 50 ml of an ammonia solution of a specific weight of 1.83 and a purity of 95.6% by weight, then the volume of the solution was made 1.5 liters. Calculate the pH of this solution and show the change in it if 100 ml of it was taken from it and diluted to 250 ml with distilled water. If you know that the molecular weight of ammonia is 17 and the ammonia ionization constant (Kb) is 1.75x10-5 * 4
50 ml of an ammonia solution with a specific weight of 1.42 and a purity of 52.2% mixed with another 50 ml of an ammonia solution of a specific weight of 1.83 and a purity of 95.6% by weight, then the volume of the solution was made 1.5 liters. Calculate the pH of this solution and show the change in it if 100 ml of it was taken from it and diluted to 250 ml with distilled water. If you know that the molecular weight of ammonia is 17 and the ammonia ionization constant (Kb) is 1.75x10-5 * 4
Chapter14: Acids And Bases
Section: Chapter Questions
Problem 190MP: An aqueous solution contains a mixture of 0.0500 M HCOOH (Ka = 1.77 104) and 0.150 M CH3CH2COOH (Ka...
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50 ml of an ammonia solution with a specific weight of 1.42 and a purity of 52.2% mixed with another 50 ml of an ammonia solution of a specific weight of 1.83 and a purity of 95.6% by weight, then the volume of the solution was made 1.5 liters. Calculate the pH of this solution and show the change in it if 100 ml of it was taken from it and diluted to 250 ml with distilled water. If you know that the molecular weight of ammonia is 17 and the ammonia ionization constant (Kb) is 1.75x10-5 *
4
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