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The Doppler Shift Formula for the Frequency Detected Is

Question 31

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The Doppler shift formula for the frequency detected is The Doppler shift formula for the frequency detected is   where f ' is the frequency emitted, v is the speed of sound, v<sub>D</sub> is the speed of the detector, and v<sub>s</sub> is the speed of the source.Suppose the source is traveling at 5 m/s away from the detector, the detector is traveling at 7 m/s toward the source, and there is a 3 m/s wind blowing from the source toward the detector.The values that should be substituted into the Doppler shift equation are: A) v<sub>D</sub> = 7 m/s and v<sub>s</sub> = 5 m/s B) v<sub>D</sub> = 10 m/s and v<sub>s</sub> = 8 m/s C) v<sub>D</sub> = 4 m/s and v<sub>s</sub> = 2 m/s D) v<sub>D</sub> = 10 m/s and v<sub>s</sub> = 2 m/s E) v<sub>D</sub> = 4 m/s and v<sub>s</sub> = 8 m/s where f ' is the frequency emitted, v is the speed of sound, vD is the speed of the detector, and vs is the speed of the source.Suppose the source is traveling at 5 m/s away from the detector, the detector is traveling at 7 m/s toward the source, and there is a 3 m/s wind blowing from the source toward the detector.The values that should be substituted into the Doppler shift equation are:


A) vD = 7 m/s and vs = 5 m/s
B) vD = 10 m/s and vs = 8 m/s
C) vD = 4 m/s and vs = 2 m/s
D) vD = 10 m/s and vs = 2 m/s
E) vD = 4 m/s and vs = 8 m/s

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