Determine % yield of reaction shown below that produces 18.15 grams of Fe(MW= 55.845g/mol) when 50.00g of Fe2O3 (MW= 159.69g/mol) reacts with 10.00g of Al (MW= 26.982g/mol) in reaction below: Fe2O3(s) + 2Al(s) = Al2O3(s) + 2Fe(s) Answers in 4 sig figs A) what is the possible yield of Fe in grams based on amount of Fe2O3? B) what is the possible yield of Fe in grams based on amount of Fe2O3? C) what is the theoretical yield? D) what is limiting reagent? E) % yield for reaction?
Determine % yield of reaction shown below that produces 18.15 grams of Fe(MW= 55.845g/mol) when 50.00g of Fe2O3 (MW= 159.69g/mol) reacts with 10.00g of Al (MW= 26.982g/mol) in reaction below: Fe2O3(s) + 2Al(s) = Al2O3(s) + 2Fe(s) Answers in 4 sig figs A) what is the possible yield of Fe in grams based on amount of Fe2O3? B) what is the possible yield of Fe in grams based on amount of Fe2O3? C) what is the theoretical yield? D) what is limiting reagent? E) % yield for reaction?
Chapter9: Chemical Quantities
Section: Chapter Questions
Problem 47A
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Question
Determine % yield of reaction shown below that produces 18.15 grams of Fe(MW= 55.845g/mol) when 50.00g of Fe2O3 (MW= 159.69g/mol) reacts with 10.00g of Al (MW= 26.982g/mol) in reaction below:
Fe2O3(s) + 2Al(s) = Al2O3(s) + 2Fe(s)
Answers in 4 sig figs
A) what is the possible yield of Fe in grams based on amount of Fe2O3?
B) what is the possible yield of Fe in grams based on amount of Fe2O3?
C) what is the theoretical yield?
D) what is limiting reagent?
E) % yield for reaction?
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