- #1
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?
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?