4. If 4.35 g of oxygen are consumed by this reaction, how many molecules of water vapor can be produced? C3H8 O2 H2O CO2

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Kami Export - Bryce Carrington - stoichiometry review sheet.pdf
4. If 4.35 g of oxygen are consumed by this reaction, how many molecules of water
vapor can be produced? C3H8
O2
H20
CO2
5. Nitrogen monoxide is a component of smog and is produced by the following
reaction: Na
NO 55.0 L ofnitrogen react with 39.0 L ofoxygen.
a.
What is the limiting reactant?
02
b.
How many liters of NO can be produced?
78.0 L
Transcribed Image Text:%3A°C Kami Export - Bryce Carrington - stoichiometry review sheet.pdf 4. If 4.35 g of oxygen are consumed by this reaction, how many molecules of water vapor can be produced? C3H8 O2 H20 CO2 5. Nitrogen monoxide is a component of smog and is produced by the following reaction: Na NO 55.0 L ofnitrogen react with 39.0 L ofoxygen. a. What is the limiting reactant? 02 b. How many liters of NO can be produced? 78.0 L
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