MAGNETISM & ELECTROMAGNETISM SIMULATION

▸ Building magnet & magnetic field lines N→S…
▸ Feeding current → generating magnetic field (Oersted)
▸ Loading electromagnetic induction (Faraday) e = −dΦ/dt
▸ Mounting the coil — motor & generator
▸ Ready — Online. ✅
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Simulation room Magnetism & Electromagnetism

Magnetism & Electromagnetism
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electricity ⇄ magnetism
Electromagnetic meter
🧲 B · I · EMF · rotations
Induced EMF ∝ rate of change of magnetic flux
Magnetic field B
Current I
EMF
Rotation speed
Scenario
Viewing
Notes
Current creates a magnetic field (Oersted); a changing field induces a current (Faraday). The force F=B·I·L turns the coil → motor; spinning the coil → generator.
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Induced current & EMF over time current IEMF
About Electromagnetism

Electromagnetism is one of 20 topics in the Matter & Atom domain (10⁻¹⁰ m scale) at My Labs — an interactive simulation atlas. This virtual lab runs right in your browser: adjust the parameters, pick a scenario and watch the phenomenon change in real time, with a click-to-inspect cross-section for every structure.

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