A sound wave with a wavelength of 1.163 m was traveling in the air with an ambient temperature of 30°C when another sound wave with a frequency of 400 Hz interfered with it. What would be the result of the interacting sound waves and why? Describe and express quantitatively the specification of the effect.

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Given the following instructions below, read thoroughly the problem and identify what is asked. Provide your answers and solutions either through photos of your calculations. DON'T USE SHORTCUTS IN SOLVING. 

A sound wave with a wavelength of 1.163 m was
traveling in the air with an ambient temperature of
30°C when another sound wave with a frequency
of 400 Hz interfered with it. What would be the
result of the interacting sound waves and why?
Describe and express quantitatively
the specification of the effect.
Transcribed Image Text:A sound wave with a wavelength of 1.163 m was traveling in the air with an ambient temperature of 30°C when another sound wave with a frequency of 400 Hz interfered with it. What would be the result of the interacting sound waves and why? Describe and express quantitatively the specification of the effect.
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