component of advanced batteries is lithium nitride, Li3N. The reaction to form Li3N from lithium metal (Li) and nitrogen gas (N2) is given by: 6 Li + 1 N2 ==> 2 Li3N. What is the limiting reactant when 6.84 g of lithium (Li) and 56.2 g of nitrogen (N2) are used to make Li3N? How much LiN3 will be produced by the reaction assuming all of the limiting reagent is converted to LiN3?
component of advanced batteries is lithium nitride, Li3N. The reaction to form Li3N from lithium metal (Li) and nitrogen gas (N2) is given by: 6 Li + 1 N2 ==> 2 Li3N. What is the limiting reactant when 6.84 g of lithium (Li) and 56.2 g of nitrogen (N2) are used to make Li3N? How much LiN3 will be produced by the reaction assuming all of the limiting reagent is converted to LiN3?
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 4.43PAE: 4.43 Magnesium nitride forms in a side reaction when magnesium metal burns in air. This reaction may...
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A component of advanced batteries is lithium nitride, Li3N. The reaction to form Li3N from lithium metal (Li) and nitrogen gas (N2) is given by: 6 Li + 1 N2 ==> 2 Li3N. What is the limiting reactant when 6.84 g of lithium (Li) and 56.2 g of nitrogen (N2) are used to make Li3N? How much LiN3 will be produced by the reaction assuming all of the limiting reagent is converted to LiN3?
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