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When light it transmitted and reflected from a dielectric surface, the incident and reflected. For the so-called Brewster's angle, the reflected light is lineary polarized.

My question is: how does this law work in case of mirror-like surface, when (ideally) all the light is reflected?

When a light beam reaches a dielectric surface, the incident and reflected beams have different intensities depending on polarization. For the so-called Brewster's angle, the reflected light is lineary polarized.

My question is: how does this law work in case of mirror-like surface, when (ideally) all the light is reflected?

When light it transmitted and reflected from a dielectric surface, the incident and reflected. For so-called Brewster's angle, the reflected light lineary polarized.

My question is: how does this law work in case of mirror-like surface, when (ideally) all the light is reflected?

When light it transmitted and reflected from a dielectric surface, the incident and reflected. For the so-called Brewster's angle, the reflected light is lineary polarized.

My question is: how does this law work in case of mirror-like surface, when (ideally) all the light is reflected?