How do you find the wavelength of a sound emitted by tuning fork at 440 vibrations-second and speed is 332 m per s?

To calculate the wavelength of a sound emitted by a tuning fork at 440 vibrations per second (440 Hz) and a speed of 332 meters per second (332 m/s), we can use the formula:

$$wavelength=\frac{speed \ of \ sound}{frequency}$$

Plugging in the given values:

$$wavelength=\frac{332 \ m/s}{440 \ Hz}$$

$$wavelength \approx 0.754\ meters$$

Therefore, the wavelength of the sound emitted by the tuning fork is approximately 0.754 meters.