How Does Fire Work Explained in Layman's Terms

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Fire is a chemical reaction initiated when sufficient energy, known as activation energy, is supplied, typically through heat. At the quantum level, this energy causes an electron to transition from a lower energy state to a new, lower energy state, breaking existing chemical bonds and forming new ones. The proximity of atoms is crucial for this process, as it allows for the necessary interactions to occur. While there are resources available for more technical descriptions, specific quantum mechanical processes related to fire remain underexplored. Understanding these mechanisms can enhance our grasp of fire's fundamental nature.
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I know that fire is a chemical reaction, but how does having enough energy actually start a chemical change? What is happening on a quantum mechanical level? In layman's terms please.
 
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On quantum level, an electron state changes from the one that used to be lowest in energy to a newly available state that's even lower in energy. That breaks the old chemical bond and forms a new one. The new state becomes available because a certain atom got very close to the one that electron belonged to. To get atoms close enough, certain amount of energy, called activation energy, is required. Typically, activation energy is supplied by heat.
 
Last year someone here asked a similar question. See
https://www.physicsforums.com/showthread.php?t=487638

If you go to the youtube movie you will hear a five-minute talk by Physicist Richard Feynman all about fire!

If you want a technical description with lots of details, see:
CHEMISTRY AND PHYSICS OF FIRE
www.maiif.net/pdf/fire_chapter1.pdf

I did not find any descriptions of quantum mechanical processes in fire. If there are any someone else needs to show all of us!
 
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