HelloI was wondering if someone can be as detailed as possible in

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SUMMARY

Fire is an exothermic chemical reaction that releases energy, heating the surrounding air and ionizing it into plasma. Light emitted from fire results from both spectral and black body emissions, influenced by the temperature and atomic transitions of the gases involved. Key scientific principles such as quantum mechanics and thermodynamics are essential for understanding these processes. For a deeper understanding, introductory chemistry resources can provide foundational knowledge on these topics.

PREREQUISITES
  • Basic understanding of exothermic reactions
  • Familiarity with quantum mechanics principles
  • Knowledge of thermodynamics, particularly black body emission
  • Introduction to atomic transitions and photon emission
NEXT STEPS
  • Research the thermodynamics of black body emission
  • Study quantum mechanics related to atomic transitions
  • Explore introductory chemistry textbooks for foundational concepts
  • Investigate the properties of plasma and its formation
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Students in chemistry, physics enthusiasts, educators, and anyone interested in the scientific principles behind fire and combustion processes.

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Hello

I was wondering if someone can be as detailed as possible in describing what fire is, processes, etc... I understand that it is a type of electromagnetic phenomenon. Are there any formulas behind fire?

Thanks
 
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Any explanation can get arbitrarily more and more detailed and involved, especially when the question is this general. A better solution is probably to find some basic reading material on the subject and ask specific questions about stuff you don't understand.

The short answer is that fire is formed when some exothermic chemical reaction releases energy into the surrounding air. The air heats up, ionizes and becomes a plasma. Light is emitted by several different mechanisms. The gases involved will give off light via spectral emission and black body emission. (For instance, this is why hot soot and embers glow in a fire.) The color of the light emitted will depend on electronic transitions in the constituent atoms (for spectral emission) and on the temperature of the fire (for black body emission.)

As far as formulas go, quantum mechanics and thermodynamics play a huge role in describing the processes involved. You might look into reading up on the thermodynamics of black body emission, and on the basics of photon emission from atomic transitions. (The simple description given in most introductory chemistry books should suffice for a general discussion like this.)
 

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