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November 01, 2025, 09:47:08 am

Author Topic: Harmonics  (Read 1471 times)  Share 

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Srd2000

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Harmonics
« on: October 11, 2017, 10:18:14 pm »
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Hello, is someone able to explain what harmonics, overtones and fundamentals of waves are in a musical sense? Feel free to get technical with the music theory too, I can handle it. Thank you :)
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KiNSKi01

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Re: Harmonics
« Reply #1 on: October 12, 2017, 04:18:24 pm »
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From a musical production background my understanding of overtones are basically any frequency greater than the fundamental frequency of a sound, harmonics are overtones except at specific intervals. If your fundamental frequency was at C2 (65.4 Hz), then an overtone/harmonic could be at G2 (98 Hz). Forgot to mention, fundamental frequencies are the lowest frequency of a periodic waveform. This is going a bit off-topic but if you are distorting a sound (where you are 'clipping' a waveform), you are essentially creating overtones based around the fundamental frequency (this is a common technique in dance music where you want a really full sound). This explanation is purely from a music production background and I haven't yet done 3/4 Physics but I hope I offered some help  :D
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Bri MT

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Re: Harmonics
« Reply #2 on: October 12, 2017, 08:14:01 pm »
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Hello, is someone able to explain what harmonics, overtones and fundamentals of waves are in a musical sense? Feel free to get technical with the music theory too, I can handle it. Thank you :)

In physics,  we look at harmonics as being standing waves. You count from having the smallest number of wavelengths up. The first standing wave that can be formed is the fundamental/1st harmonic. The second is the 1st overtone/2nd harmonic. The third is the 2nd overtone/3rd harmonic etc.
What standing waves can form depends on if it is in string/pipe and if 0/1/2 ends are fixed