Kinetic energy of an electron or the whole atom to produce heat?

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SUMMARY

The discussion centers on the mechanisms of heat production, specifically whether heat is generated by the vibrations of electrons or the movement of entire atoms. It concludes that heat is primarily related to the speed of molecular vibrations and translations, indicating that the movement of the whole atom is crucial in producing heat. Additionally, the role of electrons in heat conduction through metals is highlighted, emphasizing their high mobility as a factor in thermal conductivity.

PREREQUISITES
  • Understanding of molecular vibrations and translations
  • Knowledge of heat conduction principles
  • Familiarity with thermal conductivity in metals
  • Basic concepts of atomic structure and electron behavior
NEXT STEPS
  • Research the principles of molecular vibrations and their impact on heat production
  • Explore the mechanisms of heat conduction in metals, focusing on electron mobility
  • Study the relationship between atomic movement and thermal energy
  • Investigate the role of electrons in thermal conductivity and heat transfer
USEFUL FOR

Physicists, materials scientists, and anyone interested in the fundamental principles of heat production and thermal conductivity in materials.

sanpokhrel
Does electron really vibrate to produce heat energy or is it atom in whole to produce heat?
 
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Heat is related to the speed of molecular vibrations and translations so you should consider it as movement of the whole atom.
 
sanpokhrel said:
Does electron really vibrate to produce heat energy or is it atom in whole to produce heat?
Are you referring to the conduction of heat through a metal (good thermal conductor, due to the high mobility of the dissociated electrons)?
 

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