Light Refraction Through a Prism - Physics of Dispersion Explained #1805790 (License: Personal Use)

This diagram demonstrates the principle of optical dispersion, where a beam of white light enters a glass prism and refracts at different angles based on wavelength, producing a continuous rainbow spectrum (red to violet). Dashed lines indicate the original path of the incident and emergent rays, highlighting angular deviation. The spherical element suggests a lens or eye-like focal point, emphasizing real-world applications in spectrometers and vision science.

Used in educational physics content, science textbooks, museum exhibits, and online learning modules to explain Snell’s law, wavelength-dependent refraction, and the nature of visible light. Matches user intent for understanding basic optics or preparing STEM lesson materials.