SIu C phenomenon is f | fo, where %3D c + v fis the observed frequency (pitch) of the sound, in Hertz c is the speed of sound, in miles per hour (about 761 miles per hour) v is the speed of the sound source, in this case the car, in miles per hour fo is the frequency of the sound when stationary Using a spectrum analyzer, we could determine the observed frequency when the car was driving towards us was 270 Hz and the frequency while driving away was 240 Hz, suggesting a stationary frequency of 255 Hz. Use this information and the equation to estimate the speed of the car in miles/hour. Round your answer to one decimal place. mi/hr Question Help: DPost to forum Submit Question esc -> Search or type # % 1 2 3 4 5 6

Algebra: Structure And Method, Book 1
(REV)00th Edition
ISBN:9780395977224
Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Publisher:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Chapter8: Introduction To Functions
Section8.10: Inverse Variation
Problem 18P
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When the source of the sound is moving away from the observer, the equation that describes this
C
phenomenon is f
fo, where
c + v
fis the observed frequency (pitch) of the sound, in Hertz
c is the speed of sound, in miles per hour (about 761 miles per hour)
v is the speed of the sound source, in this case the car, in miles per hour
fo is the frequency of the sound when stationary
Using a spectrum analyzer, we could determine the observed frequency when the car was driving
towards us was 270 Hz and the frequency while driving away was 240 Hz, suggesting a stationary
frequency of 255 Hz.
Use this information and the equation to estimate the speed of the car in miles/hour. Round your
answer to one decimal place.
mi/hr
Question Help: DPost to forum
Submit Question
esc
G Search or type
@
$
%
2
3
4
5
6
Transcribed Image Text:When the source of the sound is moving away from the observer, the equation that describes this C phenomenon is f fo, where c + v fis the observed frequency (pitch) of the sound, in Hertz c is the speed of sound, in miles per hour (about 761 miles per hour) v is the speed of the sound source, in this case the car, in miles per hour fo is the frequency of the sound when stationary Using a spectrum analyzer, we could determine the observed frequency when the car was driving towards us was 270 Hz and the frequency while driving away was 240 Hz, suggesting a stationary frequency of 255 Hz. Use this information and the equation to estimate the speed of the car in miles/hour. Round your answer to one decimal place. mi/hr Question Help: DPost to forum Submit Question esc G Search or type @ $ % 2 3 4 5 6
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