Using Fourier Analysis in a Senior Year Project: Any Experiment Ideas?

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SUMMARY

The discussion centers on the application of Fourier Analysis for a senior year physics project. Participants emphasize that Fourier Analysis, while mathematical, has significant applications in physics and engineering, particularly in sound wave analysis. Suggested experiments include investigating pure tones, beats, and the spectral analysis of musical instruments. The feasibility of creating a computer model for these experiments is also questioned, indicating a blend of theoretical and practical approaches.

PREREQUISITES
  • Understanding of Fourier Analysis principles
  • Basic knowledge of sound wave properties
  • Familiarity with computer modeling techniques
  • Concepts of harmonic frequencies and beats
NEXT STEPS
  • Research sound wave analysis using Fourier Transform
  • Explore computer modeling software for simulating sound waves
  • Investigate the spectral analysis of different musical instruments
  • Study the mathematical foundations of harmonic frequencies
USEFUL FOR

Students in physics or engineering, educators seeking project ideas, and individuals interested in the practical applications of Fourier Analysis in sound and music.

cscott
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I'm supposed to do an "investigation into a physics-related question." for my senior year project. I want to do something realted to Fourier Analysis but I need some sort of experiment. Any ideas? How hard would a computer model be?

Also, would this topic fall more under math?
 
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cscott said:
I'm supposed to do an "investigation into a physics-related question." for my senior year project. I want to do something realted to Fourier Analysis but I need some sort of experiment. Any ideas? How hard would a computer model be?

Also, would this topic fall more under math?
`
Fourier analysis could be treated as a purely mathematical topic but it has a lot of very important applications in both physics and engineering.

The simplest and most easy to explain to non scientists application is probably the application to the analysis of sound waves. A pure tone (closely approximated by a tuning fork) is a single harmonic. Then you can move on to beats (two modes close in frequencies) and then to the spectrum of different musical instruments.

I am sure you can find a huge number of pages on the web on these topics.

Just a thought.
 

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