
A 3D bar magnet is surrounded by iron filings, compass needles and looping field lines. Students change the magnet strength, flip its poles and see the field leave the north pole and return to the south pole.
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Students drag the compass or the bar magnet across the table, drag the white handle to turn the magnet and click it to flip its poles. The needle swings toward the sum of Earth's field and the magnet's field. Sliders set Earth field strength and magnet strength, and toggles show field lines, field arrows and Earth's field. Readouts give needle heading, deviation from true north, total field and the magnet's part. It shows how a compass works and why magnets can fool it.
Yes. Compass and Magnetic North is free and needs no sign-up. It runs in any modern browser, including interactive whiteboards, tablets and phones, so you can open it straight from a lesson link.
The needle is a small magnet. It lines up with Earth's magnetic field, which points toward magnetic north, so the needle swings that way when nothing stronger is nearby.
A nearby bar magnet can have a far stronger field than Earth's. The needle then points along the combined field, so it gets pulled away from north.
Drag the compass or magnet, turn the magnet with the white handle, and click the magnet to flip its poles. Use the sliders and toggles to change the fields.
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<iframe src="https://kiwibee.io/pt/simulations/compass-magnetic-north-3d-simulation/embed" title="Compass & Magnetic North | KiwiBee" loading="lazy" allowfullscreen style="width:100%;height:min(70vh,620px);min-height:420px;border:0;border-radius:16px"></iframe>Continue explorando

A 3D bar magnet is surrounded by iron filings, compass needles and looping field lines. Students change the magnet strength, flip its poles and see the field leave the north pole and return to the south pole.

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