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12 Nov 2019
2) (19 pts) Answer the following questions for the reaction of magnesium chloride solution, MgCl2 (aq), and silver nitrate solution, AgNOs (aq) A) (3 pts) Write and balance a molecular equation that describes this reaction. Incli the physical states for all reactants and products. B) (3 pts) What is the complete/total ionic equation (TIE) for this reaction C) 3 pts) Give the net ionic equation (NIE) for this reaction D) (2 pts) Identify the spectator ion(s) for this reaction. E) (5 pts) Determine the theoretical yield, in grams, when 24.0 g of magnesium chloride is reacted with 18.0 g of silver nitrate? F) (I pt) What is the limiting reagent? G) (2 pts) Determine the actual yield if the percent yield of the insoluble product was 75.3 %.
2) (19 pts) Answer the following questions for the reaction of magnesium chloride solution, MgCl2 (aq), and silver nitrate solution, AgNOs (aq) A) (3 pts) Write and balance a molecular equation that describes this reaction. Incli the physical states for all reactants and products. B) (3 pts) What is the complete/total ionic equation (TIE) for this reaction C) 3 pts) Give the net ionic equation (NIE) for this reaction D) (2 pts) Identify the spectator ion(s) for this reaction. E) (5 pts) Determine the theoretical yield, in grams, when 24.0 g of magnesium chloride is reacted with 18.0 g of silver nitrate? F) (I pt) What is the limiting reagent? G) (2 pts) Determine the actual yield if the percent yield of the insoluble product was 75.3 %.
Beverley SmithLv2
8 Jan 2019