The solution for the decay of the steady state energy density in a diffuse field is given by, 1 = e(t) = e(t)C 4 Develop the general expression for the time t required for the sound pressure level to decay by X dB in terms of room surface area, volume, absorption coefficient and speed of sound. Consider that diffuse field intensity is defined in terms of, 4W ācs rms 4poc acs 4vt J/m³ e 3

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The solution for the decay of the steady state energy density in a diffuse field is
given by,
4W
ācs.
e(t) =
4V
J/m3
e
ācs
Develop the general expression for the time t required for the sound pressure
level to decay by X dB in terms of room surface area, volume, absorption
coefficient and speed of sound. Consider that diffuse field intensity is defined
in terms of,
e(t)C
I
Prms
4
4poC
Transcribed Image Text:The solution for the decay of the steady state energy density in a diffuse field is given by, 4W ācs. e(t) = 4V J/m3 e ācs Develop the general expression for the time t required for the sound pressure level to decay by X dB in terms of room surface area, volume, absorption coefficient and speed of sound. Consider that diffuse field intensity is defined in terms of, e(t)C I Prms 4 4poC
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