The vibration frequency of the tuning fork is 440Hz. what is the wavelength of a sound wave from

The vibration frequency of the tuning fork is 440Hz. what is the wavelength of a sound wave from a tuning fork in air if the speed of sound propagation at 0 degrees Celsius in air is 330 m.s?

To calculate the wavelength generated by the used tuning fork, we apply the formula: λ = V / ν.

Variables and constants: V – speed of sound in air at t = 0 ºC (by condition V = 330 m / s); ν is the vibration frequency of the tuning fork used (ν = 440 Hz).

Let’s make a calculation: λ = V / ν = 330/440 = 0.75 m.

Answer: The sound waves created by the used tuning fork have a length of 0.75 m.