On 4 Apr 2009, at 19:32, Henning Plumeyer wrote:
Therefore, by definition, all blown > musical instruments will have
a fundamental frequency of 2L.
Hi,
not quite: clarinets sound an octave lower than you would expect
when you regard their length.
They behave like stopped organ pipes. I don'
On Apr 4, 2009, at 1:42 PM, Stan Sanderson wrote:
On Apr 4, 2009, at 12:32 PM, Henning Plumeyer wrote:
Therefore, by definition, all blown > musical instruments will
have a fundamental frequency of 2L.
Hi,
not quite: clarinets sound an octave lower than you would expect
when you regard
Therefore, by definition, all blown > musical instruments will have a
fundamental frequency of 2L.
Hi,
not quite: clarinets sound an octave lower than you would expect when you
regard their length.
They behave like stopped organ pipes. I don't know exactly why -- it comes
from their cylindr
In message , Paul
Scott writes
I don't see how the physics would work to give you a quarter-
wavelength as you claim.
I just did some quick online research and he is right. A tube closed
on one end like a clarinet or trumpet has a wavelength that is four
times the length of the tube. A fl
In message , Paul
Scott writes
On Apr 3, 2009, at 3:49 PM, Anthony W. Youngman wrote:
In message
<7ca3d5a30904031519ya3b89hb87cf8f81a544...@mail.gmail.com>, Neil
Puttock writes
2009/4/3 Anthony W. Youngman :
In message , Anthony W.
Youngman
writes
Ow!
Sorry, reading this was painful
On Apr 3, 2009, at 3:49 PM, Anthony W. Youngman wrote:
In message
<7ca3d5a30904031519ya3b89hb87cf8f81a544...@mail.gmail.com>, Neil
Puttock writes
2009/4/3 Anthony W. Youngman :
In message , Anthony W.
Youngman
writes
Ow!
Sorry, reading this was painful (I play the trombone, as many
