Is the wavelength of a microwave longer or shorter than the wavelength of visible light? is the wavelength of a microwave longer or shorter than the wavelength of visible light? the wavelength of a microwave is longer than the wavelength of visible light. the wavelength of a microwave is shorter than the wavelength of visible light. the wavelength of a microwave is equal to the wavelength of visible light. submitmy answersgive up correct part b by how many orders of magnitude do the two waves differ in wavelength? by how many orders of magnitude do the two waves differ in wavelength? the two waves differ in wavelength by 1-2 orders of magnitude. the two waves differ in wavelength by 3-5 orders of magnitude. the two waves differ in wavelength by 8-10 orders of magnitude. the two waves differ in wavelength by 6-8 orders of magnitude?

1. The wavelength of microwaves are longer than that of visible light . Please see the attached image to understand how visible light and microwaves differ in terms of wavelength. You will find that Visible light wavelength is in the range of 400-700 nanometers, or around [tex] 10^{-6} [/tex]m, while microwave's wavelength is around [tex] 10^{-2} [/tex]m.
2. As seen in the above explanation,visible light has a wavelength of around [tex] 10^{-6} [/tex]m while microwaves have a wavelength of around [tex] 10^{-2} [/tex]m. That means microwaves are [tex] 10^{4} [/tex] times the wavelength of visible light. That means they differ in wavelength by 3-4 orders of magnitude