Jul 8, 2021 · Teaching students about electromagnetism helps them synthesize what they know about magnets and electricity to see how they can work together. The resources below enable hands-on exploration of electromagnetism, electric motors, and electric generators.

Electricity and magnetism science experiments you can do at home! Click on the experiment image or the view experiment link below for each experiment on this page to see the materials needed and procedure.

May 3, 2024 · Welcome to our list of the most interesting magnetic science experiments, specially curated to electrify the curiosity of future physicists! Magnets offer a tangible and captivating way to explore the principles of physics.

Experiment with how magnets can power objects to move (like floating trains), play a role in generating electricity, or record information. Or analyze how strong magnets are by building your own circuit.

Learn about the strength of magnetic fields, explore how it affects plants, discover how to build a motor using magnets and more! Take a look at the wide range of magnetic projects, complete with detailed instructions and accompanying videos.

Electric current flowing through a wire creates a magnetic field that attracts ferromagnetic objects, such as iron or steel. This is the principle behind electromagnets and magnetic levitation trains. It allows cranes to pick up whole cars in the junkyard and makes your doorbell ring.

Build or improve a device powered by an electromagnet that forms a magnetic field when an electrical current flows through a wire. Add more wires or magnets to test if you can boost the electricity produced.

This is a great science experiment that explores electricity and magnetism and results in an impressive and fun “train” that rips around its track using electromagnetism. Put two to four magnets on each end of your AAA battery.

investigation of what aspects of the magnetic field— the lines representing the strength and direction of magnetic forces— affect the generation of electricity via electromagnetic induction. Experiment One: Build a better electromagnet Introduction:

Build an Electromagnet – Use copper wire and a battery to turn a nail into a magnet. Everyone should try this at least once! Kids will be impressed that they can turn the magnet on and off. Build a Homopolar Motor – This simple motor really spins.