why sound propagate adiabatically.
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In an Adiabatic process, PV remains constant while there is a change in temperature. ... Therefore the expansion and compression takes place very quickly, causing a localized variation in temperature. This is the reason why the propagation of sound waves is an adiabatic process. Laplace later proved the same.
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Explanation:
In an Adiabatic process, PV remains constant while there is a change in temperature. ... Therefore the expansion and compression takes place very quickly, causing a localized variation in temperature. This is the reason why the propagation of sound waves is anadiabatic process. Laplace later proved the same.....
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