When you have two different steady sounds like this where their frequencies are different, a third tone is produced whose frequency is the difference between the two original sounds. For example, a 500 hz sound and a 750 hz sound will produce a harmonic sound whose frequency is 250 hz. In the case of the video example, the two original sounds have a difference of only a few hz, thus producing a low frequency warbling sound. To get rid of the warbling is how you tune musical instruments.
What Kayemes91 described will happen if both tones are on the same frequency. Maybe we should have a demo on that too.
hsianglinchang 10 months ago
@Kayemes91 youre a retard
nathanomgnathan 1 year ago 2
not true!!!! kaye. this is for real.
mellenstei 1 year ago 3
When you have two different steady sounds like this where their frequencies are different, a third tone is produced whose frequency is the difference between the two original sounds. For example, a 500 hz sound and a 750 hz sound will produce a harmonic sound whose frequency is 250 hz. In the case of the video example, the two original sounds have a difference of only a few hz, thus producing a low frequency warbling sound. To get rid of the warbling is how you tune musical instruments.
Peopleunit 1 year ago
Nice sideburns
AndrewCedricThe2nd 1 year ago
he looks like wolverine aka hugh jackman :-)
nicktheo59 2 years ago 2
same way you tune a guitar. if its out..it beats
bombsawayd 2 years ago
Awesome. And I never say, awesome.
interstitialofficial 2 years ago
thats what some times happens when a flute has a solo but is not tuned just right,,, it makes a throbing noise just the same as the tone forks do.
augalashema 3 years ago