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Hlud
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For the quality, or timbre, of sound, multiple harmonics are present. How is that possible for a string or a tube? Are there any good pictures of how a wave on a string has multiple harmonics present at the same time? Thanks.
Hlud said:For the quality, or timbre, of sound, multiple harmonics are present. How is that possible for a string or a tube?
Are there any good pictures of how a wave on a string has multiple harmonics present at the same time? Thanks.
For many musical instruments, the 'harmonics' you refer to are far from harmonically related to the fundamental note. Strings are pretty well behaved because they are well clamped at each end but many wind instruments are far from perfect. The high components of notes are referred to as Overtones and these overtones strongly define the timbre of an instrument. Early synthesisers were based on mixtures of harmonics and had their own characteristic sounds. Interesting and pleasant sounds but nothing like the 'Instrument' labels that were on the tabs. The synthesisers which use samples will sound more 'real' but they mostly vary the pitch by altering the replay speed of a single note. This, again, is not realistic because the different registers of most instruments have a different timbre.Hlud said:For the quality, or timbre, of sound, multiple harmonics are present. How is that possible for a string or a tube? Are there any good pictures of how a wave on a string has multiple harmonics present at the same time? Thanks.
When you hear it, it is subjective.houlahound said:What does quality sound mean?
Sounds subjective?
That wouldn't be a 'musical' high quality. It could indicate a reasonable 'quality' of amplifier or recording, with a sine wave input.houlahound said:Assuming pure tones are high quality??
Timbre? That's only got one meaning and it's in the OP.houlahound said:So then what exactly are we discussing??
houlahound said:So then what exactly are we discussing??
OED said:12. Chiefly Music. That which distinguishes sounds from other sounds sharing the same pitch and other quantitative features; timbre.
It is not "good" or "bad." It is what allows you to differentiate between a guitar, a piano, and a human voice playing the same note.houlahound said:K, I have not read up on the musical aspects of sound so not familiar with this term, what's the difference between good quality/timbre and bad quality/timbre and what units is it measured in.
No units - except £ and $, afaik. It's in the same street as art and taste - there is usually some agreement between experts about really good and really bad but it's too subjective to quantify.houlahound said:K, I have not read up on the musical aspects of sound so not familiar with this term, what's the difference between good quality/timbre and bad quality/timbre and what units is it measured in.
So are a lot of "common words" when used in certain specific fields. Consider "color" and quarks, for example.houlahound said:Well quality is kind of a misleading word.
Multiple harmonics refer to the combination of different frequencies that make up a sound wave. These frequencies are integer multiples of the fundamental frequency of the sound.
Multiple harmonics can greatly impact the overall quality of a sound. They can contribute to the richness and complexity of a sound, but if they are not properly balanced, they can also cause distortion and affect the clarity of the sound.
Multiple harmonics can be measured using an audio spectrum analyzer, which displays the different frequencies present in a sound. This allows for a visual representation of the harmonics and their amplitudes.
Multiple harmonics play a crucial role in music production. They can add depth and texture to a sound, and can be manipulated to create various effects such as vibrato, tremolo, and distortion. Producers often use equalization and compression techniques to balance the harmonics and achieve a desired sound.
By understanding multiple harmonics, audio engineers can better design and calibrate audio systems to produce a more balanced and natural sound. This can result in clearer vocals, more accurate instrument reproduction, and an overall higher quality listening experience for the audience.