A combustion reaction occurs when a compound and oxidant are reacted through the power of heat to produce a new product. The mixture always involves a molecular oxygen O2 and happens anytime something burns. Additionally, a combustion reaction usually releases light and creates a flame. However, this isn't always necessary. Most of the time, a fire or match is used to initiate the activation energy is required and may produce enough heat until either oxygen or fuel depletes. There are many ways to explain and define combustive reactions, which may help in situations where survival skills are required.
Combustion reactions work like any other reactive process, whereas it isn't always 100 percent efficient. This is a little-known fact when creating a combustive reaction. When creating combustion reactions, there are two ways of describing it, including complete combustions or incomplete combustions. Both of these burn differently and can explain the distinct types of fires that occur. Understanding the difference between the two can also help understand how to put out the different fires varying on how they work. It also helps understand the difference between a clean burn and one that harms the environment.
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