a) What is the limiting reactant when 1.50 g of lithium and 1.50 g of nitrogen combine to form lithium nitride, a component of advanced batteries, according to the following unbalanced equation? Li + N2 à Li3N b) For the above reaction, what mass of lithium nitride could be produced if 23g of lithium and 14g of nitrogen are used instead?
a) What is the limiting reactant when 1.50 g of lithium and 1.50 g of nitrogen combine to form lithium nitride, a component of advanced batteries, according to the following unbalanced equation? Li + N2 à Li3N b) For the above reaction, what mass of lithium nitride could be produced if 23g of lithium and 14g of nitrogen are used instead?
Chapter3: Stoichiometry
Section: Chapter Questions
Problem 145AE: A potential fuel for rockets is a combination of B5H9 and 0 2. The two react according to the...
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a) What is the limiting reactant when 1.50 g of lithium and 1.50 g of nitrogen combine to form lithium nitride, a component of advanced batteries, according to the following unbalanced equation?
Li + N2 à Li3N
b) For the above reaction, what mass of lithium nitride could be produced if 23g of lithium and 14g of nitrogen are used instead?
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