When parallel beam of light strikes the smooth surface it produces parallel
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When parallel beam of light/incident ray strikes the smooth surface it produces parallel reflected rays or causes regular reflection.
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HERE'S YOUR ANSWER→
When parallel beam of light/incident ray strikes the smooth surface it produces parallel reflected rays or causes regular reflection.
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When a parallel light beam hits a smooth, flat surface, the reflected rays will likewise be parallel.
What is light reflection?
- When a light beam strikes a polished, smooth surface and bounces back, it is known as light reflection.
- After striking the surface, the incident light rays reflect off of it.
- The ray that bounces back is known as the reflected ray.
- Light (and other electromagnetic radiation) waves will bounce off a surface and return to space when they come into touch with a surface or other boundary that does not absorb the radiation's energy.
- There are three categories of reflection: glossy, specular, and diffuse.
- When light strikes a smooth surface, it bounces back at the same angle.
- Reflected light rays move in the same direction for a smooth surface.
- The term for this is specular reflection.
- Rays of light that are reflected off of a rough surface disperse in all directions.
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