How refraction index depend on wavelength?
How does refractive index change with wavelength?
What is refractive index? What is refraction index? What is the actual definition of a refractive index? A monochromatic light changes its wavelength after refraction, so does its colour changes after refraction? Can a light change its colour if its wavelength changes? How does sugar or salt affect the refractive index of a water solution? How can the refractive index of plastic be determined? What is the refractive index of plastic? If wavelength is double then what is change in frequency and wave speed? What are some examples of light refraction in daily life? What is used the measurement of wavelengths? Why do the nodal, and principal points of a coaxial optical system coincide when the refractive indices on both sides of the system are equal? Refraction of light is an example of which property of photons? What is the wavelength of monochromatic light? What is visible light's range in wavelengths? Does a single photon refract? How is the wavelength of the light is increased when it is moving away from us(red shift,see description for further details)? What is Snell's Law of refraction? Why are shorter wavelengths of light scattered more than longer wavelengths? What is the difference between wavelengths of sound and light? Can ultrasound frequencies change eye colour? What is difference between diffraction, refraction and reflection of light? When light Ray in refraction falls normal to the surface, then why doesn't it deviate (I hope deviation is not related to angle of incidence)? How does the focal length of a lens change according to the colour of light? What is the energy of a single UV photon having a wavelength of 11.3 nm? Why does UV light cause contamination on optics, but not IR light? Essentially, why is photocontamination wavelength dependent? What is the unit used to measure wavelengths? Could we use a 13 cm radio wavelength to see a 1-0.5 mm object (with little resolution)? Could this be improved to see it better? Is there any metamaterial that reflects light coming at a specific angle (e.g. Brewster angle) while being transparent in the other angles? Why the electrons and nucleons are not visible? Does it related to wavelength of the light? And if Yes How?