manimaran1605 Messages 60 Reaction score 0 Thread starter Sep 14, 2014 #1 A train (source) approaching a stationery observer, wavelength of the sound is equal to the distance between source and observer, How?
A train (source) approaching a stationery observer, wavelength of the sound is equal to the distance between source and observer, How?
Doc Al Mentor Messages 45,587 Reaction score 2,469 Sep 14, 2014 #2 manimaran1605 said: A train (source) approaching a stationery observer, wavelength of the sound is equal to the distance between source and observer, How? How about explaining what you're talking about? Does this have anything to do with relativity?
manimaran1605 said: A train (source) approaching a stationery observer, wavelength of the sound is equal to the distance between source and observer, How? How about explaining what you're talking about? Does this have anything to do with relativity?
jtbell Staff Emeritus Science Advisor Homework Helper 2025 Award Messages 16,110 Reaction score 8,376 Sep 14, 2014 #3 Wavelengths of audible sound are a few meters or less. I wouldn't want to be that close to an approaching train!
Wavelengths of audible sound are a few meters or less. I wouldn't want to be that close to an approaching train!