The car in the drawing is moving to the left at 35 m/s. The car's horn continuously emits a 220 Hz sound. The figure also shows the first two regions of compression of the emitted sound waves. The speed of sound is 343 m/s. What is the frequency heard by a stationary observer standing in front of the car? Direction of motion Second emitted compression First emitted compression 9.7 Hz O 176 Hz O 245 Hz 200 Hz

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• Speaker 1 is 18m from an observer
Speaker 2 is 25m from the same observer
What are the first & second frequencies of destructive interference? ( assume speed of sound to be 346m/s)
34HZ and 67HZ
65HZ and 87HZ
25HZ and 74HZ
O 65HZ and 29 Hz
Transcribed Image Text:• Speaker 1 is 18m from an observer Speaker 2 is 25m from the same observer What are the first & second frequencies of destructive interference? ( assume speed of sound to be 346m/s) 34HZ and 67HZ 65HZ and 87HZ 25HZ and 74HZ O 65HZ and 29 Hz
The car in the drawing is moving to the left at 35 m/s. The car's horn continuously emits a 220 Hz sound.
The figure also shows the first two regions of compression of the emitted sound waves.
The speed of sound is 343 m/s,
What is the frequency heard by a stationary observer standing in front of the car?
Direction of
motion
Second emitted compression
First emitted compression
O 9.7 Hz
O 176 Hz
O 245 Hz
200 Hz
Transcribed Image Text:The car in the drawing is moving to the left at 35 m/s. The car's horn continuously emits a 220 Hz sound. The figure also shows the first two regions of compression of the emitted sound waves. The speed of sound is 343 m/s, What is the frequency heard by a stationary observer standing in front of the car? Direction of motion Second emitted compression First emitted compression O 9.7 Hz O 176 Hz O 245 Hz 200 Hz
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