a wavelength of 0.60cm is produced in air and travels with a velocity of 340 m/s.will it be audible to the human ear
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Hi friend
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Your answer
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WAVELENGTH = 0.60 cm
WAVE VELOCITY = 340 m/s
FREQUENCY =?
![wave \: velocity \: = wavelength \: \times frequency \\ so \\ frequency = \frac{wave \: velocity}{wavelength} \\ frequency = \frac{340}{0.60} \\ frequncy = \frac{340 \times 100}{60} \\ frequency = 566.666hz \: (approximately) wave \: velocity \: = wavelength \: \times frequency \\ so \\ frequency = \frac{wave \: velocity}{wavelength} \\ frequency = \frac{340}{0.60} \\ frequncy = \frac{340 \times 100}{60} \\ frequency = 566.666hz \: (approximately)](https://tex.z-dn.net/?f=wave+%5C%3A+velocity+%5C%3A++%3D++wavelength+%5C%3A++%5Ctimes+frequency+%5C%5C+so+%5C%5C+frequency+%3D++%5Cfrac%7Bwave+%5C%3A+velocity%7D%7Bwavelength%7D++%5C%5C++frequency+%3D++%5Cfrac%7B340%7D%7B0.60%7D++%5C%5C+frequncy+%3D++%5Cfrac%7B340+%5Ctimes+100%7D%7B60%7D+%5C%5C+frequency+%3D+566.666hz+%5C%3A+%28approximately%29)
THEREFORE,
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FREQUENCY IS 566.666 Hz.
IT IS AUDIBLE BECAUSE HUMAN RANGE OF HEARING IS FROM 20-20000Hz.
HOPE IT HELPS
#ARCHITECTSETHROLLINS
-------------
Your answer
-------------------
WAVELENGTH = 0.60 cm
WAVE VELOCITY = 340 m/s
FREQUENCY =?
THEREFORE,
-------------------
FREQUENCY IS 566.666 Hz.
IT IS AUDIBLE BECAUSE HUMAN RANGE OF HEARING IS FROM 20-20000Hz.
HOPE IT HELPS
#ARCHITECTSETHROLLINS
ArchitectSethRollins:
please mark my answer as brainliest
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