Calculate the speed and wavelength of light
(i) in glass
(ii) in air, when light waves of frequency `6 xx 10^14 Hz`. Travel from air to glass of `mu = 1.5`.

Calculate the speed and wvaelength of light (i) in glass (ii) in air, when light waves light waves of frequency 6 xx 10^(14) Hz . travel from air to glass of mu = 1.5 .

The change in wavelenght of light of frequency 4 xx 10 ^(14) Hz. When it pass from air to glass, is ( mu_("glass") = 1.5)

The change in wavelenght of light of frequency 4 xx 10 ^(14) Hz. When it pass from air to glass, is ( mu_("glass") = 1.5)

A light wave of frequency nu and wavelength lambda travels from air to glass. Then,

When a light wave travels from air to glass :

When a light wave travels from air to glass,

What is the wave number of a beam of light in air if its frequency is 14 xx 10^14 Hz .

When light waves travel frome air to glass, which variables are affected?

The change in the wavelength of light when it travels from air to glass of refractive index 1.5 and the frequency of light 4 xx 10^(14) Hz is