Particle Vibration, Velocity, Gravity, Force

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Discussion Overview

The discussion revolves around the concept of particle vibration and its relationship with frequency, velocity, gravity, and force. Participants explore whether changes in these factors affect the frequency of particle vibrations, with a focus on theoretical implications.

Discussion Character

  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant proposes that particles vibrate in a repetitive manner that can be represented as a sine wave, with frequency defined as the rate of cycles.
  • The same participant questions whether velocity, gravity, and force influence the frequency of particle vibration, suggesting that higher velocity might lead to lower frequency, and similarly for gravity and force.
  • Other participants challenge the initial assumption, indicating that it may be incorrect and requesting clarification on the source of the misunderstanding and the type of particle in question.
  • A later reply mentions conflicting views on whether high-speed matter vibrates slower or faster, referencing an external link for further exploration.

Areas of Agreement / Disagreement

Participants do not reach a consensus; there are competing views regarding the relationship between particle vibration frequency and factors like velocity, gravity, and force. The initial assumptions are contested, and further clarification is sought.

Contextual Notes

Limitations include the lack of specific definitions for the types of particles discussed and the unresolved nature of the claims regarding the effects of velocity, gravity, and force on frequency.

Skyr342
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If my assumption is correct, Particles are vibrating is some repetitive way which can be charted as a sine wave on a graph. If you start at 0, go up, then down below 0 then up to 0 again you have completed a "cycle."

The rate of cycles is known as Frequency.

Does Velocity and/or Gravity affect the Frequency of Particle Vibration? If so, how?

Does a Particle with higher Velocity have a lower Frequency (vibrate slower?) Why?
Does a Particle affected by a higher intensity of Gravity have a lower Frequency (vibrate slower?) Why?
Does a Particle affected by a higher intensity of a Force have a lower Frequency (vibrate slower?) Why?
 
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Your assumption is wrong. Where did you get that from?
 
As chrisver said, your assumption is wrong but to give you any further answer it would be helpful to know, as he said, where you got that misunderstanding and also what kind of particle you are asking about.
 
Skyr342 said:
If my assumption is correct, Particles are vibrating is some repetitive way which can be charted as a sine wave on a graph. If you start at 0, go up, then down below 0 then up to 0 again you have completed a "cycle."

The rate of cycles is known as Frequency.

Does Velocity and/or Gravity affect the Frequency of Particle Vibration? If so, how?

Does a Particle with higher Velocity have a lower Frequency (vibrate slower?) Why?
Does a Particle affected by a higher intensity of Gravity have a lower Frequency (vibrate slower?) Why?
Does a Particle affected by a higher intensity of a Force have a lower Frequency (vibrate slower?) Why?

It seems to be so that we don't know, some say high speed matter vibrates slower, some say it vibrates faster:

http://en.wikipedia.org/wiki/Matter_wave_clock
 
Thread closed for Moderation...
 
Folks, please Report bad posts like this instead of responding. Thread is closed.
 
Last edited:

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