A police car has a siren that generates a frequency, f, at rest. It is behind you, traveling at a speed v, your direction. You are moving forward at a speed v, that is greater than v,. The equation for the observed frequency is in VーVD d. f' = f - VーVS VーVD v+Vp a. f' = f - v+Vs b. f'= fV+vp vーVs c. f' = f - v+Vs

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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7. A police car has a siren that generates a frequency, f, at rest. It is behind you, traveling at a speed v, in
your direction. You are moving forward at a speed v, that is greater than vs. The equation for the
observed frequency is
v+Vp
v+Vp
b. f' = f·
vーVs
Vー
a. f'= f-
v+Vs
c. f' = f
d. f' = f-
D
C. f'=fソ-V。
d. f'=fソ-V。
v+Vs
vーVs
Transcribed Image Text:7. A police car has a siren that generates a frequency, f, at rest. It is behind you, traveling at a speed v, in your direction. You are moving forward at a speed v, that is greater than vs. The equation for the observed frequency is v+Vp v+Vp b. f' = f· vーVs Vー a. f'= f- v+Vs c. f' = f d. f' = f- D C. f'=fソ-V。 d. f'=fソ-V。 v+Vs vーVs
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