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13 cards from this deck
v=dtv = \frac{d}{t}v=td
v=f×λv = f \times \lambdav=f×λ
How many waves per second
The length of one complete wave
λ\lambdaλ (lambda)
m/s
Sound travels to the wall AND back again
One wavelength
To make the wave pattern appear to stand still
Measure the distance between wave crests
To get more accurate results and reduce errors
Oscilloscope
Hz
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