# Plane Mirror Reflection The most familiar mirror of all reflecting surfaces is the plane mirror.

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Plane Mirror Reflection The most familiar mirror of all reflecting surfaces is the plane mirror. Visible light radiation is reflected through its making, which normally is consisted of a planar or flat piece of glass, on which a silver coating is placed which produces a reflection of the visible light radiation. The motion of this radiation, is inevitably, quite unique. Its motion is like a wave in nature, but it can be broken down by drawing rays that demonstrates the direction of the wave propagation. The use of the waves, allow individuals to decipher the common features of reflection, which includes a basic relation between angle of incidence and angle of reflection for the radiation that is in reflection from a surface. The meaning…show more content…
When the rays are projected behind the mirror and when determining their point(s) of the intersection, locates what is known as the “virtual image” of point X and X’. Without a doubt, we may then see that the displacement between X and the mirror is equal to the displacement between X and Y in the space of the object is equal to the displacement between X’ and Y’ in the image space. When a light ray originates a plane mirror, the ray of light is in reflection of the mirror. The concept of reflection involves an adverse change in configuration of the light ray. The convention used to delineate the direction of a light ray is to discover the angle in which the light ray makes with a basic line that is drawn to the surface of the mirror. The angle of incidence is the angle between this basic line and the ray of incidence; the angle of reflection is the angle in between this basic (normal) line and the reflected ray. According to the law of reflection, the angle of incidence is equal to the angle of reflection. Here is a demonstration of these concepts below: Light rays have a predictable pattern when it comes to its reflection within a plane mirror surface. The angle in which the light ray ignites the mirror surface is equal to the angle at which it separates from the mirror. This is better known as the law of reflection. In