A ray of light is incident on the interface between water and glass at an angle `i` and refracted parallel to the water surface, then value of `mu_(g)` will be

A ray of light is incident at the glass-water interface at an angle i it emerges finnaly parallel to the surface of water, then the value of mu_(g) would be

A ray of light is incident at the glass-water interface at an angle i it emerges finnaly parallel to the surface of water, then the value of mu_(g) would be

A ray of light is incident at the glass-water interface at an angle i. It merges finally parallel to the surface of water. Then, the value of mu_(g) would be

A ray of light is incident at the glass-water interface at an angle i. It merges finally parallel to the surface of the water. Then, the value of mu_g would be(where mu_g is the refractive index of glass with respect to water)

A ray of light is incident at the glass-water interface at an angle I, it emerges fimally parallel to the surface of water, the the value of mu_g would be

A ray of light is incident at the glass-water interface at an angle I, it emerges fimally parallel to the surface of water, the the value of mu_g would be

A ray of light is incident at the glass-water interface at an angle i, it emerges finally parallel to the surface of water, then the value of pg would be

A ray of light is incident on the surface of a glass plate at an angle of incidence equal to Brewster's angle phi . If mu represents the refractive index of glass with respect to air, then the angle between reflected and refracted rays is