A ray of light of wavelength `u_(0)` and frequency `v_(0)` enters a glass slab of refractice index `mu` from air. Then

A light ray of wavelength 4500 Å enters a glass slab of refractive index 1.5 , from vacuum. What is the wavelength of light inside the slab?

Electromagnetic radition of frequency v, velocity v and wavelength lamda in air, enters a glass slab of refractive index mu. The frequency, wavelength and velocity of light in the glass slab will be, respectively

Electromagnetic radiation of frequency n , wavelength lambda , travelling with velocity v in air, enters a glass slab of refractive index mu . The frequency, wavelength and velocity of light in the glass slab will be respectively

Electromagnetic radiation of frequency n , wavelength lambda , travelling with velocity v in air, enters a glass slab of refractive index mu . The frequency, wavelength and velocity of light in the glass slab will be respectively

Electromagnetic radiation of frequency v, velocity v and wavelength lambda in air, enters a glass slab of refractive index μ . The frequency, wavelength and velocity of light in the glass slab will be, respectively

An electromagnetic radiation of frequency v, wavelength lamda , travelling with velocity c in air, enters a glass slab of refractive index mu . The frequency, wavelength and velocity of light in the glass slab will be respectively.

A light ray has a wavelength of 5,000 Å in air. How will its wavelength and frequency change entering in the glass of refractive index 1.5 ?