The distance between the either the crests or troughs of one cycle in a wave.
The frequency
Yes that is true. Different wavelengths means different colors. The amplitude of the wave determines how bright the light is.
The frequency of a light wave determines its color. Refer to the electromagnetic spectrum to see the exact wavelengths of certain waves and what their colors would be.
The size of the wavelength w determines the energy of the wave. E = hc/w =cp and the Momentum of the wave, p=h/w.
miracles.
The amplitude determines the loudness of a sound wave.
Yes that is true. Different wavelengths means different colors. The amplitude of the wave determines how bright the light is.
The frequency of a light wave determines its color. Refer to the electromagnetic spectrum to see the exact wavelengths of certain waves and what their colors would be.
The size of the wavelength w determines the energy of the wave. E = hc/w =cp and the Momentum of the wave, p=h/w.
Wavelengths
miracles.
Most of the spectrum charts that I have seen are listed in wavelengths, particularly nanometers (nm). Where 1 nm = 1x10^-9 m.
The amplitude determines the loudness of a sound wave.
It depends upon what wavelengths of light are absorbed, and which wavelengths are transmitted.
Amplitude of a sound wave determines LOUDNESS.
Visible light wavelengths fill the electromagnetic spectrum between red wavelengths and violet wavelengths.
Their wavelengths vary from 1 mm to 100000 km.
Wavelengths are also stated a frequencies.