Amplitude of oscillation vs. velocity over a speed bump

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SUMMARY

The discussion focuses on the relationship between the amplitude of oscillation of a car traversing a speed bump and its velocity. It concludes that there is no clear linear relationship; instead, there exists a specific speed at which the amplitude of oscillation reaches its maximum. This phenomenon is attributed to the characteristics of a damped oscillator, indicating that both lower and higher speeds result in reduced amplitude.

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  • Understanding of damped oscillators
  • Basic principles of physics related to oscillation
  • Knowledge of speed bump dynamics
  • Familiarity with amplitude and velocity concepts
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  • Research the principles of damped oscillation in mechanical systems
  • Study the effects of speed on oscillatory motion
  • Explore mathematical modeling of oscillation amplitude
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I'm doing a project based on the amplitude of oscillation of a car over a speed bump at different speeds. What is the relationship between velocity over the bump and amplitude of oscillation?
 
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There is not clear relationship between them. You are essentially looking at the effects of a damped oscillator. There will be a specific speed where you will get maximum amplitude, and less than that if you are above or below that speed.
 

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