5. When N2 and 5.00 g H2 are mixed, the reaction produces 16.0 g NH3. a) What is the percent yield for the reaction? b) What would be the actual yield of NH3 if this reaction was 75% efficient?

Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.87PAE
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a. How much heat is released by the magnesium metal as it burned?
b. Calculate the heat of combustion of magnesium metal in units of kJ/g.
5. When N2 and 5.00 g H2 are mixed, the reaction produces 16.0 g NH3. a) What is the percent
yield for the reaction? b) What would be the actual yield of NH3 if this reaction was 75%
efficient?
5. 45.2 g of Iron metal reacts with excess oxygen gas to produce 58.1 g of Fe304. a) What is the
theoretical vield of Fe304? b) What is the percent vield of this reaction? C) What would be the
Transcribed Image Text:a. How much heat is released by the magnesium metal as it burned? b. Calculate the heat of combustion of magnesium metal in units of kJ/g. 5. When N2 and 5.00 g H2 are mixed, the reaction produces 16.0 g NH3. a) What is the percent yield for the reaction? b) What would be the actual yield of NH3 if this reaction was 75% efficient? 5. 45.2 g of Iron metal reacts with excess oxygen gas to produce 58.1 g of Fe304. a) What is the theoretical vield of Fe304? b) What is the percent vield of this reaction? C) What would be the
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