- #1
Frequency of sound detected by microphone
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SUMMARY
The discussion centers on the calculation of sound frequency detected by a microphone, specifically addressing a discrepancy in the expected frequency of 20 Hz versus the calculated frequency of 10 Hz. The wavelength of sound was determined to be 0.3 meters using the formula 330/1100. The participants suggest that the misunderstanding may stem from the lack of a visual representation, such as a diagram of the sound wave propagation between two speakers, which could clarify the intensity variations and peak locations of the sound waves.
PREREQUISITES- Understanding of sound wave properties, including wavelength and frequency.
- Basic knowledge of sound intensity and its variation over distance.
- Familiarity with the speed of sound in air (approximately 330 m/s).
- Ability to interpret and create diagrams representing sound wave propagation.
- Research the principles of sound wave interference and how it affects intensity.
- Learn about the relationship between frequency, wavelength, and speed of sound.
- Explore how to create diagrams to visualize sound wave propagation between sources.
- Investigate the effects of distance on sound intensity and frequency perception.
Acoustics students, audio engineers, and anyone interested in understanding sound wave behavior and frequency analysis.
- #2
Doc Al
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How does the intensity of the sound vary along the line between X and Y? Where are the peaks?
- #3
NascentOxygen
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I reckon the part that's wrong might be right near the start, when you told yourself that this is too straight-forward to bother sketching any diagram.desmond iking said:
How about drawing the two speakers and what you're expecting to find between them?
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