Magnetic Levitation of Disks- Demonstration Model

The floating ring magnet demonstration model is an excellent tool for visually explaining the fundamental concept of magnetic repulsion. This interactive model uses ceramic ring magnets to create a floating effect, demonstrating how like poles repel each other.

Working Principle & Demonstration:

• The magnets are placed along the vertical rod with like poles facing each other (e.g., north-north or south-south).
• Due to magnetic repulsion, the magnets push away from each other, creating a levitation or floating effect.
• This effect helps illustrate magnetic fields, invisible forces, and how similar poles repel while opposite poles attract.
• Students can experiment by changing the number of magnets or adjusting their orientation to observe different repulsion behaviors.