A student drops a tuning fork that is labelled at 288 Hz. When they later play that tuning fork with a second non-dropped tuning fork of 288 Hz, they hear 7 beats in 3.00 seconds. Calculate the new frequency of the dropped tuning fork. Write a brief justification for your answer.
A student drops a tuning fork that is labelled at 288 Hz. When they later play that tuning fork with a second non-dropped tuning fork of 288 Hz, they hear 7 beats in 3.00 seconds. Calculate the new frequency of the dropped tuning fork. Write a brief justification for your answer.
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![A student drops a tuning fork that is labelled at 288 Hz. When they later play that
tuning fork with a second non-dropped tuning fork of 288 Hz, they hear 7 beats in
3.00 seconds. Calculate the new frequency of the dropped tuning fork. Write a brief
justification for your answer.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe8c77d0d-7cca-49a2-9b59-622840a914d7%2F76aa7250-a5db-4691-bcc5-98873f50e466%2Fi1kv6kr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A student drops a tuning fork that is labelled at 288 Hz. When they later play that
tuning fork with a second non-dropped tuning fork of 288 Hz, they hear 7 beats in
3.00 seconds. Calculate the new frequency of the dropped tuning fork. Write a brief
justification for your answer.
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