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469774
The Doppler Effect
Description
This mind map provides an overview of the Doppler effect
No tags specified
physics
dopplereffect
physics
masters of marketing
Mind Map by
Andrea Leyden
, updated more than 1 year ago
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Created by
leonie.examtime
almost 11 years ago
Copied by
ed.wilson89
almost 11 years ago
Copied by
Andrea Leyden
almost 11 years ago
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Resource summary
The Doppler Effect
Named after Austrian physicist Christian Doppler
Proposed it in 1842
Apparent change in frequency of an object
Appears higher when approaching
Appears lower when moving away
Examples
Siren from an ambulance
Sound from a passing race car
Object moving towards stationary observer
Apparent frequency - f'
f'=\(\frac{v}{v-vs}\)f
Object moving away from stationary observer
Apparent frequency - f'
f'=\(\frac{v}{v+vs}\)
v = speed of wave
vs = velocity of source
f = frequency of wave
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