If one considers that the distance a wave travels is of one wavelength in one period,Īs we know that T = 1/f, hence the expression of the above equation can take place as, Furthermore, this occurs as a result of every session of oscillation travelling a distance of a wavelength in one period to finish.Įxperts define the wave speed (v) as the distance travelled by a wave per unit time. This is because a wave undergoes one oscillation during one period. Frequency helps in the determination of the number of times a wave oscillates and its expression can take place as:Īfter one second, every point on the wave returns to the same value. Furthermore, one can define it as the time taken to complete an oscillation. This shows that a certain relation between frequency and wavelength definitely exists.Īnother quantity is Period (T) that one can use to describe a wave. During this, one may notice that the wavelength would become shorter. The treatment of a wave can take place with a higher frequency on a rope in a faster manner than before. Frequency and Wavelength Relation Between Frequency and Wavelength
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