please answer all questions under 6 thank you :)

6. Solid silver nitrate is mixed in water. A piece of aluminum wire is then coiled and added to the solution. A precipitate forms on the wire and is scraped off into the solution using a stirring rod. The solution is poured off carefuly in order to not lose the solid silvet. The solid is then driod in the beaker and massed. a. Write a balanced equation for the reaction that occurred in the lab. 3AgNO3(s)+A/(s)>3Ag(s)+A(NON)3(aqg) b. Determine the amount of silver nitrate used in the lab, 1.72 c. Using the given for each reactant, determine the theoretical yield (in grams) of sliver, 1.09 grams: d. What is the limiting reactant? What is the excess reactant? limiting =00.010124794 excess 0.5537435136 e. Bonus: How much of the excess reactant will be left over after the reaction is complete? 4.89g f. What is the percent yield for this lab? g. What could be a possible source of error for this tab? 6. Solid silver nitrate is mixed in water. A piece of aluminum wire is then coiled and added to the solution. A precipitate forms on the wire and is scraped off into the solution using a stirring rod. The solution is poured off carefuly in order to not lose the solid silvet. The solid is then driod in the beaker and massed. a. Write a balanced equation for the reaction that occurred in the lab. 3AgNO3(s)+A/(s)>3Ag(s)+A(NON)3(aqg) b. Determine the amount of silver nitrate used in the lab, 1.72 c. Using the given for each reactant, determine the theoretical yield (in grams) of sliver, 1.09 grams: d. What is the limiting reactant? What is the excess reactant? limiting =00.010124794 excess 0.5537435136 e. Bonus: How much of the excess reactant will be left over after the reaction is complete? 4.89g f. What is the percent yield for this lab? g. What could be a possible source of error for this tab