Stoichiometry Assessment A

1. If 13.5 moles of oxygen are reacted with an excess of ammonia, how many moles of NO and of H20 are

formed given the following reaction? Show all work for credit.

4 NH3 + 502 - --> 4 NO + 6H20

Question

Athena Bowman

Chemistry

21 June, 19:47

Stoichiometry Assessment A

1. If 13.5 moles of oxygen are reacted with an excess of ammonia, how many moles of NO and of H20 are

formed given the following reaction? Show all work for credit.

4 NH3 + 502 - --> 4 NO + 6H20

+1

Answers (1)

Know the Answer?

Sammy Hurst · Answer 1

NO=10.8Mol

H2O=16.2Mol

Explanation:

4NH3 + 5O2 - -> 4NO + 6H2O

5Mol of O2 Produce 4Mol of NO

Therefore 13.5Mol of O2 produce NO = (13.5/5) x4 = 10.8

H2O Mol = (13.5/5) x 6 = 16.2

Stoichiometry Assessment A1. If 13.5 moles of oxygen are reacted with an excess of ammonia, how many moles of NO and of H20 areformed given the following reaction? Show all work for credit.4 NH3 + 502 - --> 4 NO + 6H20

Stoichiometry Assessment A

1. If 13.5 moles of oxygen are reacted with an excess of ammonia, how many moles of NO and of H20 are

formed given the following reaction? Show all work for credit.

4 NH3 + 502 - --> 4 NO + 6H20