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Given your answers from Part A and B, determine the limiting reactant if 10 0 g of Cr and 10.0 g of O₂ reacted in the following reaction 4Cr(s)+30₂(g) →2Cr₂O3(s) Y 0₂ Cr₂O₂ Cr Subm Previous Answers ✓ Correct The amount of Cr₂O₂ that can be formed from 10.0 g of Cr must be compared to the amount of Cr₂Oy that can be formed from 10.0 g of O₂ Whichever reactant forms the least amount of Cr₂O₂ is the limiting reactant, as that reactant was completely consumed. From Parts A and B 146 g of Cr₂O₂ is produced by 10 0 g of Cr and 31.7 g of Cr₂O₂ is produced by 100 g of O₂ 4 Therefore, since the reactant Cr produced the least amount of product Cr₂O₂, the limiting reactant is 10.0 g of Cr Part D What is the actual number of grams of Cr₂O3 that would be produced in Part C? Express your answer with one decimal place and with appropriate units.

Given your answers from Part A and B, determine the limiting reactant if 10 0 g of Cr and 10.0 g of O₂ reacted in the following reaction 4Cr(s)+30₂(g) →2Cr₂O3(s) Y 0₂ Cr₂O₂ Cr Subm Previous Answers ✓ Correct The amount of Cr₂O₂ that can be formed from 10.0 g of Cr must be compared to the amount of Cr₂Oy that can be formed from 10.0 g of O₂ Whichever reactant forms the least amount of Cr₂O₂ is the limiting reactant, as that reactant was completely consumed. From Parts A and B 146 g of Cr₂O₂ is produced by 10 0 g of Cr and 31.7 g of Cr₂O₂ is produced by 100 g of O₂ 4 Therefore, since the reactant Cr produced the least amount of product Cr₂O₂, the limiting reactant is 10.0 g of Cr Part D What is the actual number of grams of Cr₂O3 that would be produced in Part C? Express your answer with one decimal place and with appropriate units.

Chemistry
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
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Given your answers from Part A and B, determine the limiting reactant if 100 g of Cr and 10.0 g of O₂ reacted in the following reaction 4Cr(s)+30₂(g) →2Cr₂O3(s) 0₂ Cr₂0₂ Cr Previous Answers ✓ Correct The amount of Cr₂O3 that can be formed from 10.0 g of Cr must be compared to the amount of Cr₂O3 that can be formed from 10.0 g of O₂ Whichever reactant forms the least amount of Cr₂O₂ is the limiting reactant, as that reactant was completely consumed. From Parts A and B 146 g of Cr₂O₂ is produced by 10 0 g of Cr and 31.7 g of Cr₂O₂ is produced by 100 g of 0₂ Therefore, since the reactant Cr produced the least amount of product Cr₂O₂, the limiting reactant is 10.0 g of Cr Part D What is the actual number of grams of Cr₂O3 that would be produced in Part C? Express your answer with one decimal place and with appropriate units.
Transcribed Image Text:Given your answers from Part A and B, determine the limiting reactant if 100 g of Cr and 10.0 g of O₂ reacted in the following reaction 4Cr(s)+30₂(g) →2Cr₂O3(s) 0₂ Cr₂0₂ Cr Previous Answers ✓ Correct The amount of Cr₂O3 that can be formed from 10.0 g of Cr must be compared to the amount of Cr₂O3 that can be formed from 10.0 g of O₂ Whichever reactant forms the least amount of Cr₂O₂ is the limiting reactant, as that reactant was completely consumed. From Parts A and B 146 g of Cr₂O₂ is produced by 10 0 g of Cr and 31.7 g of Cr₂O₂ is produced by 100 g of 0₂ Therefore, since the reactant Cr produced the least amount of product Cr₂O₂, the limiting reactant is 10.0 g of Cr Part D What is the actual number of grams of Cr₂O3 that would be produced in Part C? Express your answer with one decimal place and with appropriate units.
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