3.) (Taken from General Chemistry: Principals and Modern Applications(8 Ed.) by Petrucci, Harwood L of 1.00 M NH,. How many of AgI(s) forming? and Herring) A 0.10 mol sample of AgNO,(s) is diss...
3.) (Taken from General Chemistry: Principals and Modern Applications(8 Ed.) by Petrucci, Harwood L of 1.00 M NH,. How many of AgI(s) forming? and Herring) A 0.10 mol sample of AgNO,(s) is dissolved in 1.00 grams of Nal can be dissolved in this solution without a precipitate 4.) (Modified from Chemistry: A Molecular Approach, 1" Ed. by Tro) Consider a solution that is 0.024 M in Cu and 0.017 M in Fe (a) If sodium hydroxide is used to selectively precipitate one of the cations while leaving the other cation in solution, which cation will precipitate first? What is the minimum concentration of NaOH that will cause precipitation? (b) What is the remaining concentration of the cation that precipitates first after the second ion just starts to precipitate?
3.) (Taken from General Chemistry: Principals and Modern Applications(8 Ed.) by Petrucci, Harwood L of 1.00 M NH,. How many of AgI(s) forming? and Herring) A 0.10 mol sample of AgNO,(s) is dissolved in 1.00 grams of Nal can be dissolved in this solution without a precipitate 4.) (Modified from Chemistry: A Molecular Approach, 1" Ed. by Tro) Consider a solution that is 0.024 M in Cu and 0.017 M in Fe (a) If sodium hydroxide is used to selectively precipitate one of the cations while leaving the other cation in solution, which cation will precipitate first? What is the minimum concentration of NaOH that will cause precipitation? (b) What is the remaining concentration of the cation that precipitates first after the second ion just starts to precipitate?