Dolphins rely on echolocation to be able to survive in the ocean. In a 20 °C ocean, a dolphin produces an ultrasonic sound with a frequency of 105 kHz. Use 1530 m/s for the speed of sound in 20 °C ocean water. What is the wavelength à of this sound, in meters? m While remaining stationary, the dolphin emits a sound pulse and receives an echo after 0.180 s. How far away, in meters, is the reflecting object from the dolphin?

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Dolphins rely on echolocation to be able to survive in the ocean. In a 20 °C ocean, a dolphin produces an ultrasonic sound
with a frequency of 105 kHz. Use 1530 m/s for the speed of sound in 20 °C ocean water.
What is the wavelength à of this sound, in meters?
m
While remaining stationary, the dolphin emits a sound pulse and receives an echo after 0.180 s. How far away, in meters, is
the reflecting object from the dolphin?
Transcribed Image Text:Dolphins rely on echolocation to be able to survive in the ocean. In a 20 °C ocean, a dolphin produces an ultrasonic sound with a frequency of 105 kHz. Use 1530 m/s for the speed of sound in 20 °C ocean water. What is the wavelength à of this sound, in meters? m While remaining stationary, the dolphin emits a sound pulse and receives an echo after 0.180 s. How far away, in meters, is the reflecting object from the dolphin?
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