When you learn that respiration and combustion are “chemically” the same thing, the distinction between the two becomes immediately clear to you. However, there are specific mechanisms and enzymes in our bodies that manage this process of releasing energy, ensuring that our food does not spontaneously combust, as happens with rocket fuel or vehicle gasoline, for example.
It is through the process of respiration that all living organisms obtain the energy they require to survive. Cellular respiration is the term used to describe this process because it takes place within cells. In most cases, two gases are exchanged: oxygen and carbon dioxide, respectively. In the process of respiration, the cells consume oxygen and exhale carbon dioxide. Aerobic respiration is the term used to describe this particular style of breathing. It is possible to breathe without the usage of oxygen under some circumstances. This mechanism is referred to as anaerobic respiration in the scientific community. Fermentation is another term for this process.
It is a chemical reaction that creates heat and light in the form of flame, and it is typically accompanied by the release of oxygen into the atmosphere. There is a rapid rate at which the reactants combine, partly due to the nature of the chemical reaction, and partly due to the fact that more energy is generated than can be released into the surrounding medium, resulting in the temperature of the reactants being raised to even higher temperatures in order to accelerate the reaction even further.
People have been observing and thinking about combustion, fire, and flames since the beginning of recorded history. Every society has come up with its own theory for why this is happening. The Greeks described combustion in terms of philosophical conceptions, one of which was that all combustible bodies included an “inflammable essence,” which was activated when the body was burned in order to react with air.
Respiration | Combustion |
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Understanding the differences between respiration and combustion is important; nevertheless, it is the commonalities that cause us to compare the two and discuss the differences that are as important. Let’s take a look around!
Both combustion and respiration are characterised by the burning of their respective substrates
Both of these processes result in the oxidation of the chemical involved (in presence of oxygen)
Both of these actions free up energy
Both produce by-products in the form of oxides as a result of their processes
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