According to my physics textbooks I just read that the frequency itself does not change with a change in air temperature although the speed of the air changes. Yet we know there is a Doppler effect. I'm not really sure why that is so if anyone wants to explain it, feel free.
-William Of course these are also my own musings, and I could be very wrong... so who knows? -William In a message dated 11/17/2003 7:55:06 AM Pacific Standard Time, [EMAIL PROTECTED] writes: > Subj: [Hornlist] Re: Speed of Sound > Date: 11/17/2003 7:55:06 AM Pacific Standard Time > From: <A HREF="mailto:[EMAIL PROTECTED]">[EMAIL PROTECTED]</A> > Reply-to: <A HREF="mailto:[EMAIL PROTECTED]">[EMAIL PROTECTED]</A> > To: <A HREF="mailto:[EMAIL PROTECTED]">[EMAIL PROTECTED]</A> > Sent from the Internet > > > > In a message dated 11/15/03 1:00:18 PM Eastern Standard Time,Herb Foster > writes: > > > >I had to pull the slide out because of the laws of physics, not my > >emouchure. > >Increasing the temperature from 40 deg F to 100 deg F (4 deg C to 33 deg C) > >increases the speed of sound by 5%. > > Hi Herb, > How does the speed of sound affect the frequency of the pitch? (not an > attack, just curious!) > > -Steve Mumford > _______________________________________________ > post: [EMAIL PROTECTED] > set your options at > http://music.memphis.edu/mailman/options/horn/valkhorn%40aol.com > _______________________________________________ post: [EMAIL PROTECTED] set your options at http://music.memphis.edu/mailman/options/horn/archive%40jab.org
