- #1
Alpha Russ Omega
- 30
- 0
Homework Statement
A sound wave of frequency 1250 Hz., propagating through air at 0 degrees Celsius, has a pressure amplitude of 15.0 Pa. What is the maximum particle speed (in meters/second)?
Homework Equations
v = frequency x lambda = (2 x pi x frequency)(lambda / 2 x pi) = omega / k = sqrt(B/rho)
The Attempt at a Solution
I found that at the temperature of 0 degrees Celsius v = 331 m/s
I'm not sure how to tie these equations together and the maximum particle speed.
Anyone have any suggestions where to start on this one?
Any help will be appreciated.