Determine the sound wavelength in water called a vibrating source with a purity of 200g

Determine the sound wavelength in water called a vibrating source with a purity of 200g if the speed of sound in water is 1450m / s

The length of a given sound wave in water, caused by a source of oscillations, is calculated by the formula:

λ = υ / ν, where according to the condition of the problem: υ (speed of sound in water) = 1450 m / s, ν (vibration frequency) = 200 Hz.

Let’s perform the calculation:

λ = 1450/200 = 7.25 m.

Answer: The length of a given sound wave is 7.25 meters.