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In: Physics
In my physics class, we are going over the Doppler Effect. We were given four different...
In my physics class, we are going over the Doppler Effect. We were given four different equations for two different scenarios:
- When the observer is stationary but the source is moving
- When the observer is moving but the source is stationary
I was given a problem where both the observer AND the source are moving at some velocity. The source is emitting a given frequency while traveling at a given velocity. The observer is OBSERVING that frequency at a given frequency provided in the problem, but their velocity is unknown. Seeing as the source is traveling at a CONSTANT velocity, can I treat it as though the source, relative to the observer, is stationary, and it is only the observer that is moving? I was thinking of using the receding observer equation of: f- = (1 - v0/v)*fs , where v0 is the speed of the observer and v is the velocity of sound in air, 343 m/s. Would this be correct? Or can I not treat the source as stationary even though it is moving at a constant velocity?
Thank you in advance! Please comment if you need clarification.
Solutions
genius_generous answered 1 year agoRelated Solutions
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