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The energy release in fire involves the conversion of chemical energy into thermal energy. Chemical energy is contained in the bonds between atoms and molecules.
Fire is a chemical process that produces carbon dioxide and water from a fuel and oxygen. It is an exothermic process, which produces heat. This is because the chemical bonds in the oxygen molecule are relatively weak, and the new bonds formed are more stable, resulting in a net energy generation.
The basic combustion equation for fire is: fuel + oxygen —> carbon dioxide + water, which many of us learned in school. However, combustion processes do not go from oxygen to carbon dioxide immediately. Instead, a slew of intermediary molecules get in the way.
Incomplete combustion can occur, resulting in exceptionally high amounts of intermediate molecules. If a flame does not receive enough oxygen, it may create carbon monoxide instead of carbon dioxide.
Learn more about chemical energy at https://brainly.com/question/68601
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