If the speed of sound is 34,500 cm/s and a note has a frequency of 256 hz, what is the wavelength in meters

Wavelength of sound in meters = 1.348 m

Explanation:

Given

speed of sound = 34500 cm = 345 m (since 1 cm = 0.01m)

frequency of sound = 256 Hz = 256

Wavelength of sound in meters = ?

We know that all waves have same relationship among speed s, frequency f and wavelength λ, which is given by the equation

            v = fλ

Wavelength λ = v/f

                       = 345 m / 256

                       =1.348 m

Hence wavelength of sound in meters = 1.348 m

object 2 because all the other ones are wrong