43.Nitroglycerin is a highly unstable explosive. It decomposes into variety of reactions two of which are 2C3H5N3O6 becomes 6CO2+5H2+3N2 2C3H5N3O6becomesCO2+5CO+5H2O+3N2 Assume that these are only two reactions occurring when 100 molecules of nitroglycerin explode, producing 50 molecules of H2 gas. How many molecules of CO gas were also produced?

43.Nitroglycerin is a highly unstable explosive. It decomposes into va

1.	43.Nitroglycerin is a highly unstable explosive. It decomposes into variety of reactions two of which are 2C3H5N3O6 becomes 6CO2+5H2+3N2 2C3H5N3O6becomesCO2+5CO+5H2O+3N2 Assume that these are only two reactions occurring when 100 molecules of nitroglycerin explode, producing 50 molecules of H2 gas. How many molecules of CO gas were also produced?
Answer» 43.Nitroglycerin is a highly unstable explosive. It decomposes into variety of reactions two of which are 2C3H5N3O6 becomes 6CO2+5H2+3N2 2C3H5N3O6becomesCO2+5CO+5H2O+3N2 Assume that these are only two reactions occurring when 100 molecules of nitroglycerin explode, producing 50 molecules of H2 gas. How many molecules of CO gas were also produced?