The Mystery Behind Atoms Vibrating & Sound Creation

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SUMMARY

The discussion centers on the relationship between atomic vibrations due to heat and sound generation. It concludes that while atoms do vibrate when heated, the random collisions of air molecules with hot objects do not produce coherent sound waves. Instead, sound is generated by the collective motion of a large number of molecules moving in a synchronized manner, which does not occur with the chaotic vibrations of heated atoms.

PREREQUISITES
  • Understanding of atomic theory and molecular motion
  • Basic principles of sound wave generation
  • Knowledge of thermodynamics related to heat and energy transfer
  • Familiarity with the concept of sound waves and their propagation
NEXT STEPS
  • Research the principles of sound wave generation and propagation
  • Explore the relationship between temperature and molecular motion in gases
  • Study the concept of coherent versus incoherent vibrations in sound production
  • Investigate the effects of heat on atomic and molecular behavior in different states of matter
USEFUL FOR

Students of physics, acoustics researchers, and anyone interested in the fundamental principles of sound and heat interactions.

derek10
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Hi
Likely a stupid question.
If atoms vibrate with heat, why don't hot objects make a sound, i.e transferring vibrations to the surround atoms (air) into our eardrums?

They vibrate on ultra-infra sound? Or it's a extremely weak sound? or this is not the same vibration as the cause for sound? or they vibrate chaotically and interfering?

Googling led me to news about "listening" to atoms vibrations but that doesn't really answer this!

Thanks!
 
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derek10 said:
If atoms vibrate with heat, why don't hot objects make a sound, i.e transferring vibrations to the surround atoms (air) into our eardrums?

Sound is generated by the collective motion of a large number of molecules moving at the same time in the same way. The collisions of the air molecules with a hot object are too random to create a sound wave.
 
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