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6 Nov 2019
A lecturer is demonstrating two-slit interference with sound waves. Two speakers are used, 1.9 m apart. The sound frequency is 1220 Hz and the speed of sound is 343 m/s. Students sit facing the speakers in a row of seats 6.2 m away. Along the row of students, what is the spacing between the locations on either side of the center line between the speakers where no sound is heard because of destructive interference? The angle may be too large to use small-angle approximation. Answer in units of m.
A lecturer is demonstrating two-slit interference with sound waves. Two speakers are used, 1.9 m apart. The sound frequency is 1220 Hz and the speed of sound is 343 m/s. Students sit facing the speakers in a row of seats 6.2 m away. Along the row of students, what is the spacing between the locations on either side of the center line between the speakers where no sound is heard because of destructive interference? The angle may be too large to use small-angle approximation. Answer in units of m.
11 Oct 2022
Amal JeevaLv10
28 Feb 2019
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