Doppler effect

  • Thread starter colonel
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  • #1
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If a source and detector are moving towards one another, for the general doppler equation, would this be considered the source moving or the detector moving?
 

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  • #2
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Both. The equation I use is
[tex]f_{apparent}=f_{actual}\frac{v\pm\vec{v}_{object}}{v\pm\vec{v}_{source}}[/tex]
where v is the speed of sound. It accounts for the movement of both the source and the detector (object). Remember that what matters is the movement of the source relative to the observer/detector. If the detector is moving towards a stationary source, the effect on the frequency of the sound emitted is the same as if the source were moving towards a stationary detector at the same speed.
 
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  • #3
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Now if there is wind involved, would only f(actual) change?
 

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