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What happens to light when it strikes the inside surface of a smooth, curved mirror?

It bounces in random directions.
It bounces back toward a single spot.
It passes through the mirror and moves in random directions.
It passes through the mirror and moves in a straight line.

Respuesta :

It bounces back toward a single spot.  This is how the focusing mirrors on headlights work

Answer: The correct answer is "It bounces back toward a single spot.".

Explanation:

Reflection is the phenomenon in which the light rays bounces back from the barrier when it incidents on the barrier.

In the case of surface of a smooth curved mirror, reflection phenomenon takes place. The light rays get reflected here.

In the case of surface of a smooth curved lens, refraction phenomenon takes place. The light rays get refracted here.

When the light strikes the inside surface of a smooth curved mirror then It bounces back toward a single spot as the given mirror is concave mirror. It converges the reflected rays at one point. Concave mirror is a converging mirror. It reflects light inward to one focus point. It has curved reflecting surface.