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The reaction of Ca(s) with N2(g) has a percent yield of 67.653% under certain conditions. Assuming excess Ca(s) and STP conditions, how many Liters of N2(g) are required to produce 6.403 mols of Ca3N2(s) under the same conditions? 3 Ca(s) + N2(g)- - -> Ca3 N2(s) The correct answer should be 212. Demonstrate step-by-step process.

The reaction of Ca(s) with N2(g) has a percent yield of 67.653% under certain conditions. Assuming excess Ca(s) and STP conditions, how many Liters of N2(g) are required to produce 6.403 mols of Ca3N2(s) under the same conditions? 3 Ca(s) + N2(g)- - -> Ca3 N2(s) The correct answer should be 212. Demonstrate step-by-step process.

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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The reaction of Ca(s) with N2(g) has a percent yield of 67.653% under certain conditions. Assuming excess Ca(s) and STP conditions, how many Liters of N2(g) are required to produce 6.403 mols of Ca3N2 (s) under the same conditions? 3 Ca(s) + N2(g) - > Ca3 N2(s) The correct answer should be 212. Demonstrate step-by-step process.
Transcribed Image Text:The reaction of Ca(s) with N2(g) has a percent yield of 67.653% under certain conditions. Assuming excess Ca(s) and STP conditions, how many Liters of N2(g) are required to produce 6.403 mols of Ca3N2 (s) under the same conditions? 3 Ca(s) + N2(g) - > Ca3 N2(s) The correct answer should be 212. Demonstrate step-by-step process.
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