Tiny dancers crafted from batteries and wire, each adorned with a colorful fabric skirt.

- The image displays a simple science experiment known as "tiny dancers" or "electric dancers."
- Each dancer is constructed from a battery (specifically a Duracell AA), a piece of copper wire bent into a humanoid shape, and a small piece of tissue paper or plastic for a skirt.
- The copper wire is shaped so that its feet touch the negative terminal (bottom) of the battery, and its head or upper body touches the positive terminal (top).
- When the wire makes contact with both terminals, it completes an electrical circuit, allowing current to flow through the wire.
- This current creates a magnetic field around the wire. Since the wire is positioned near the magnet (which is typically attached to the bottom of the battery or is part of the battery's construction), the interaction between the magnetic field of the wire and the permanent magnet causes a force.
- This force causes the wire figure to spin or "dance" around the battery.
- The tissue paper skirt adds visual effect, making the motion more apparent.
- The movement stops if the circuit is broken, for example, if the wire loses contact with one of the terminals.
- This demonstrates basic principles of electromagnetism: electric current generates a magnetic field, and magnetic fields can exert forces on each other.