The interactive animation shows the geometric relationships that exist in a refracted beam of light (Snelli’s law of refraction).
Note on use
After starting the application, you can view the animation in full-screen mode. To do this, click on “View” and then on “Full screen”:
To exit full screen mode, press the Esc key.
Description of the animation
To change the angle of incidence of the light beam, click on the top of the spotlight and move the mouse to the left or right.
Alternatively, you can also change the target point of the light beam.
To do this, move the point at the bottom of the animation.
In addition to a straight surface, curved and wave-shaped surfaces can also be displayed. The shape of the surface can be changed using the points on the left and right sides.
The refractive index of the medium can be set between 1 and 10. The maximum refractive index observed in a naturally occurring material is 2.42. This value belongs to a mineral called zirconium oxide (also known as zirconia). Materials produced in laboratories can reach higher refractive indices. Experiments have produced artificial materials with refractive indices of over 4. Such high-performance materials are often developed for specialized applications such as optical lenses, lasers and other optical devices.
To view the formulas in the animation, click on the content window of the animation.
Overview and download
| Titel | Snelliussches Brechungsgesetz |
| Zielgruppe | Teachers and lecturers |
| Platforms | Microsoft® Windows® Apple® Macintosh® |
| Features | Full screen mode lossless zoom Large screens and projection screens supported |
| License | Freeware |
| Download | Contact us |
Didactic idea
The scene shown can be partially simulated with an experimental setup. The advantage of the animation is that the geometric relationships can be quickly clarified.
Source information
Authoring tool: Adobe Animate
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Teilen Sie die Animation mit Ihren Kolleg(en/innen).