cellation of units and write all the necessary units in y paper. Box your answers (limita Pure iron can be prepared by reacting ferric oxide with carbon monoxide. Fe₂O + CO→ _Fe + CO₂ If 76.3g of Fe,0, is allowed to react with 40.28g of CO. What is the amount of the limiting and exces reactants? What is the greatest amount of CO₂ (in grams) to be produced? How much is the leftove amount in the reaction? or the reaction, Al + Fe₂O, ALO, + Fe. How many Al₂O, (in grams) could be produced from 40g Al and 57.8g Fe,0,? Identify the limiting and excess reactant, and the amount of the left-over in the action. w much Fe,0, in moles, can be produced from the reaction of 0.32mol iron and 1.26 mol water? What the limiting and excess reactants? What amount is not used in the reaction? Fe + H₂O → _Fe₂O + H₂ the reaction, _CH_NO_C₂H₂N + H₂O + N₂. 102.7 g CaHe reacts with 189.6g NO, what is the ng and excess reactant? What is the greatest amount of H₂O, (in grams) that can be produced? How of the excess reactant is not used when the reaction stops?, der this equation: Agl + Na₂S → Ag₂S+ Nal. How much Nal (in moles) is produced if 2.36 mol of eacted with 6.78 mol of Agl? Identify the limiting and excess reactants, and the amount of the left- grams)
cellation of units and write all the necessary units in y paper. Box your answers (limita Pure iron can be prepared by reacting ferric oxide with carbon monoxide. Fe₂O + CO→ _Fe + CO₂ If 76.3g of Fe,0, is allowed to react with 40.28g of CO. What is the amount of the limiting and exces reactants? What is the greatest amount of CO₂ (in grams) to be produced? How much is the leftove amount in the reaction? or the reaction, Al + Fe₂O, ALO, + Fe. How many Al₂O, (in grams) could be produced from 40g Al and 57.8g Fe,0,? Identify the limiting and excess reactant, and the amount of the left-over in the action. w much Fe,0, in moles, can be produced from the reaction of 0.32mol iron and 1.26 mol water? What the limiting and excess reactants? What amount is not used in the reaction? Fe + H₂O → _Fe₂O + H₂ the reaction, _CH_NO_C₂H₂N + H₂O + N₂. 102.7 g CaHe reacts with 189.6g NO, what is the ng and excess reactant? What is the greatest amount of H₂O, (in grams) that can be produced? How of the excess reactant is not used when the reaction stops?, der this equation: Agl + Na₂S → Ag₂S+ Nal. How much Nal (in moles) is produced if 2.36 mol of eacted with 6.78 mol of Agl? Identify the limiting and excess reactants, and the amount of the left- grams)
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Answer #1 (handwritten)
Transcribed Image Text:ncellation of units and write all the necessary units in y
of paper. Box your answers (limita
Pure iron can be prepared by reacting ferric oxide with carbon monoxide.
Fe₂0₂ + CO Fe + CO₂
If 76.3g of Fe,0, is allowed to react with 40.28g of CO. What is the amount of the limiting and exces
reactants? What is the greatest amount of CO₂ (in grams) to be produced? How much is the leftove
amount in the reaction?
2. For the reaction, Al + Fe₂O, ALO₂+ Fe. How many Al₂O, (in grams) could be produced from
88.40g Al and 57.6g Fe₂O₂? Identify the limiting and excess reactant, and the amount of the left-over in the
reaction.
3. How much Fe,0, in moles, can be produced from the reaction of 0.32mol iron and 1.26 mol water? What
are the limiting and excess reactants? What amount is not used in the reaction?
Fe + H₂0
Fe₂O4 + _H₂
4 For the reaction, _CaHe +_NO_C₂H₂N+ H₂O + N₂. 102.7 g CaHe reacts with 189.6g NO, what is the
limiting, and excess reactant? What is the greatest amount of H₂O, (in grams) that can be produced? How
much of the excess reactant is not used when the reaction stops?
6. Consider this equation: _Agl + Na₂S → _Ag₂S +
Na,S reacted with 6.78 mol of Agl? Identify the limiting and excess reactants, and the amount of the left-
over (in grams).
Nal. How much Nal (in moles) is produced if 2.36 mol of
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