0.120 moles of C is reacted with 0.117 moles of O₂ to form CO and CO₂. 3C(s) +20₂(g) → CO₂(g) +2C0(g) Using the balanced chemical equation, calculate the moles of CO₂ which could be produced based upon the moles of the each reagent. Based on the theoretical production of CO₂ which reagent, if either, is the limiting reagent for this problem?

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0.120 moles of C is reacted with 0.117 moles of O₂ to form CO and CO2.
3C(s) +20₂(g) → CO₂(g) +2CO(g)
Using the balanced chemical equation, calculate the moles of CO₂ which could be produced based upon the moles of the each reagent. Based on the
theoretical production of CO₂ which reagent, if either, is the limiting reagent for this problem?
Part 1
Starting from carbon:
Part 2
mol CO₂
Starting from oxygen:
mol CO₂
Jil See Periodic Table
See Hint
Transcribed Image Text:0.120 moles of C is reacted with 0.117 moles of O₂ to form CO and CO2. 3C(s) +20₂(g) → CO₂(g) +2CO(g) Using the balanced chemical equation, calculate the moles of CO₂ which could be produced based upon the moles of the each reagent. Based on the theoretical production of CO₂ which reagent, if either, is the limiting reagent for this problem? Part 1 Starting from carbon: Part 2 mol CO₂ Starting from oxygen: mol CO₂ Jil See Periodic Table See Hint
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