The Relationship Between Simple Pendulum Motion and Music

AI Thread Summary
The motion of a simple pendulum is directly related to music through the concept of frequency, with the pendulum's frequency determined by the formula sqrt(g/L) and the frequency of a guitar string influenced by Pi*sqrt(Tension)/(L*sqrt(mass_density)). Damping plays a significant role in both pendulum motion and sound amplitude, affecting how both systems behave over time. While the discussion primarily focuses on simple pendulums, there is potential to explore more complex systems like non-simple pendulums, which involve harmonics and normal modes. The insights shared in this discussion highlight the interconnectedness of physics and music. Understanding these relationships can enhance educational experiences in acoustics labs.
avocadogirl
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As I've posted before, I teach an acoustics lab to undergraduate physics students and, they are currently working on an experimental observation of the motion of the simple pendulum.

How does the motion of a simple pendulum relate to music?

Everyone who has replied to any of my threads has been an immense help. Your input is greatly appreciated.

Thank you all!
 
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they both have a frequency (sqrt(g/L) and Pi*sqrt(Tension)/(L*sqrt(mass_density)) (for a guitar).

damping affects the amplitude of both swing and sound...

if it was a non simple pendulum you could talk about harmonics and normal modes and stuff...

wish i could be more help
 

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