Dolphins emit clicks of sound for communication and echolocation. A marine biologist is monitoring a dolphin swimming in seawater where the speed of sound is 1527 m/s. When the dolphin is swimming directly away at 7.2 m/s, the marine biologist measures the number of clicks occuring per second to be at a frequency of 2190 Hz. What is the difference (in Hz) between this frequency and the number of clicks per second actually emitted by the dolphin?
Dolphins emit clicks of sound for communication and echolocation. A marine biologist is monitoring a dolphin swimming in seawater where the speed of sound is 1527 m/s. When the dolphin is swimming directly away at 7.2 m/s, the marine biologist measures the number of clicks occuring per second to be at a frequency of 2190 Hz. What is the difference (in Hz) between this frequency and the number of clicks per second actually emitted by the dolphin?
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Transcribed Image Text:Dolphins emit clicks of sound for communication and echolocation. A marine biologist is monitoring a dolphin swimming in seawater
where the speed of sound is 1527 m/s. When the dolphin is swimming directly away at 7.2 m/s, the marine biologist measures the
number of clicks occuring per second to be at a frequency of 2190 Hz. What is the difference (in Hz) between this frequency and the
number of clicks per second actually emitted by the dolphin?
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