![]() It's more like throwing a handful of marbles against a statue and then guessing the statue's shape based on how the marbles bounce. The law of reflection still applies, but instead of hitting one smooth surface, light is hitting many microscopic surfaces. This scattering is known as diffuse reflection and this is how our eyes interpret what happens when light hits an uneven surface. For instance, a beam of light traveling through space can't be seen from the side until it runs into something that scatters it, like a cloud of hydrogen or a satellite. what is the cause of reflection of light we are unable to see our image in a plane mirror from every angle but we can see a chair in a room anywhere. Light itself is invisible until it bounces off something and hits our eyes. This is why the sun's glare during the evening and morning is so much more intense than during the rest of the day. When light hits a surface at a low angle - like on a lake at sunset - it bounces off at the same low angle and hits your eyes full blast, rather than obliquely as when the sun sits overhead. The law of reflection says that for specular reflection (for example at a mirror) the angle at which the wave is incident on the surface equals the angle at. There are two types of images that can be projected. The incident ray, reflected ray and the normal to the surface at the point of incidence all lie in the same plane. The angle of incidence (i) is equal to the angle of reflection (r) 2. The incoming angle, called the angle of incidence, is always equal to the angle leaving the surface, or the angle of reflection. The reflection of light from a plane mirror can be summarised by the following laws: 1. The law of reflection says that when a ray of light hits a surface, it bounces in a certain way, like a tennis ball thrown against a wall. In order to understand mirrors, we first must understand light. That is, the angle of reflection equals the angle of incidence, where both angles are with reference to the normal to the mirror.
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