The Flat Mirror Model, also known as the plane mirror model, uses geometric optics and ray tracing to explain how flat, reflective surfaces create images. It relies on the physics of light rays traveling in straight lines and bouncing off smooth surfaces at precise, predictable angles. Core Scientific Principles
The Law of Reflection: When light hits the flat surface, the angle of incidence always equals the angle of reflection relative to the surface normal.
Straight-Line Propagation: Light is modeled as rays moving in perfectly straight lines through a uniform medium like air.
Human Perception: The brain registers incoming light rays and assumes they traveled in an uninterrupted straight line, projecting an object’s position behind the mirror. Key Image Characteristics
According to the model, every image formed by a single flat mirror has four distinct rules: Flat mirrors – Nexus Wiki – ComPADRE
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