The speed of sound is influenced by frequency, wavelength, medium rigidity, density, and temperature.
The speed of sound is directly proportional to the frequency and inversely proportional to the wavelength. When frequency increases, speed increases, and when wavelength increases, speed decreases.
The speed of sound varies in different media based on their rigidity (compressibility in gases) and density. Solids have higher speeds due to their rigidity, while gases have slower speeds due to their compressibility.
Temperature affects the speed of sound by influencing the density of the medium. In general, hotter temperatures lead to faster speeds as particles move quicker in hot media.
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