Discuss why the Effective Length, L’, of an acoustic element (e.g. the neck of a Helmholtz resonator) is always longer than its physical length.

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Discuss why the Effective Length, L', of an acoustic element (e.g. the neck of a
Helmholtz resonator) is always longer than its physical length.
Calculate the resonant frequency of a Helmholtz resonator that has a neck with
a circular opening of radius, a = 1.7 cm, an Inertance, M = 80 kg/m², and a
spring constant due to its enclosed volume, s = 1800 N/m.
Transcribed Image Text:Discuss why the Effective Length, L', of an acoustic element (e.g. the neck of a Helmholtz resonator) is always longer than its physical length. Calculate the resonant frequency of a Helmholtz resonator that has a neck with a circular opening of radius, a = 1.7 cm, an Inertance, M = 80 kg/m², and a spring constant due to its enclosed volume, s = 1800 N/m.
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