Imagine turning on a light switch—electricity flows through wires, lighting up the bulb, showing electrical currents' path.
Bring two magnets together; feel them attract or repel. This demonstrates magnetic forces and poles' interaction.
Wrap wire around a nail, connect it to a battery—the nail becomes magnetic. This showcases electricity and magnetism's fusion, seen in electromagnets.
Think of speakers; electricity flows through a coil, interacting with a magnet, producing sound waves.
Build circuits with batteries, wires, bulbs—understand how electricity flows, switches control it. Experiment with magnets and electromagnets, observing their properties.
Design a circuit to power a device; demonstrate understanding of electrical currents and magnetic fields through practical application.