QUICK QUESTION about uncertainty principle:

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SUMMARY

The discussion centers on the implications of the uncertainty principle in quantum mechanics, specifically regarding the momentum and position of subatomic particles like electrons. It establishes that while subatomic particles possess momentum, the position of an object, influenced by these particles, is not entirely constant due to the inherent uncertainty associated with quantum states. The conversation highlights that the degree of certainty in an object's position is contingent upon the precision of measurement, emphasizing the dynamic nature of electrons within atomic orbitals.

PREREQUISITES
  • Understanding of quantum mechanics principles
  • Familiarity with the uncertainty principle
  • Knowledge of electron behavior in atomic orbitals
  • Basic concepts of momentum in physics
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  • Research the implications of the uncertainty principle on macroscopic objects
  • Explore the relationship between temperature and particle momentum
  • Study the behavior of electrons in quantum mechanics
  • Learn about measurement techniques in quantum physics
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Students and professionals in physics, particularly those interested in quantum mechanics, as well as anyone exploring the relationship between time, velocity, and the behavior of subatomic particles.

kirkulator
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First:
If subatomic particles have momentum, then don't objects at rest have momentum [since they are made of these momentous particles] ?

My main question is:
If the position of an electron is uncertain, then isn't the position of an object NOT constant? Even to the slightest degree?

Thanks, I'm working on a little something having to do with time and velocity, and came upon space and this quick question came up.
 
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Yes, the momentum of particles that make up an object are taken into account via temperature.

The position of an object is constant to a certain degree. It just depends on how accurate you want to get. An individual electron in an orbital is constantly in motion and has a random chance of being in a specific location at any moment in time.
 

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