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The acoustic pressure radiated from a spherical source is measured 2 m away from A the center of the source. If the pressure magnitude P= is equal to 2 Pa, the frequency of radiation is 600 Hz and the source radius is 0.1 m. r a) What is the pressure magnitude on the surface of the source? b) What is the surface velocity magnitude of the source? c) Can this source be considered as a small source?

The acoustic pressure radiated from a spherical source is measured 2 m away from A the center of the source. If the pressure magnitude P= is equal to 2 Pa, the frequency of radiation is 600 Hz and the source radius is 0.1 m. r a) What is the pressure magnitude on the surface of the source? b) What is the surface velocity magnitude of the source? c) Can this source be considered as a small source?

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The acoustic pressure radiated from a spherical source is measured 2 m away from 14 the center of the source. If the pressure magnitude P = is equal to 2 Pa, the frequency of radiation is 600 Hz and the source radius is 0.1 m. a) What is the pressure magnitude on the surface of the source? b) What is the surface velocity magnitude of the source? c) Can this source be considered as a small source?
Transcribed Image Text:The acoustic pressure radiated from a spherical source is measured 2 m away from 14 the center of the source. If the pressure magnitude P = is equal to 2 Pa, the frequency of radiation is 600 Hz and the source radius is 0.1 m. a) What is the pressure magnitude on the surface of the source? b) What is the surface velocity magnitude of the source? c) Can this source be considered as a small source?
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