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How Much Oxygen Molecules are Required to Completely Burn Propane
In order for a substance to be oxidized and converted into its constituent parts, it needs oxygen molecules. The chemical equation that describes the combustion of propane determines how many oxygen molecules are needed for it to be fully oxidized. For every one molecule C3H8 of propane to be completely oxidized, four oxygen molecules are required (Lauson 2017). For every molecule that’s burned of propane, there are four oxygen molecules. This means that the required amount of oxygen to fully burn propane is four times as many. If there are 10 propane molecules, 40 oxygen molecules will be required to completely burn them (Vyas 2017, 2017). In other words, to fully combust propane, you must provide enough oxygen molecules for the reaction to take place. The chemical equation that describes the complete combustion of propane determines how many oxygen molecules are needed.
