Classadapt

Moving coil Microphone – Generator effect, Solenoid and Lenz’s law Simulation

Electricity, Magnetism and Electromagnetism, Physics, Science /

The Moving-Coil Microphone: Sound into Electricity Simulation Description This simulation models how a moving-coil microphone converts sound waves into an alternating electrical signal — the reverse process of the loudspeaker — and sits directly within the AQA GCSE Physics topic of electromagnetic induction (Paper 2). The scene shows a photorealistic cross-section of a moving-coil microphone […]

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Electromagnetic induction – Generator effect, Solenoid and Lenz’s law Simulation

Electricity, Magnetism and Electromagnetism, Physics, Science /

Electromagnetic induction – Generator effect, Solenoid and Lenz’s law Simulation Simulation Description This simulation models electromagnetic induction – Generator effect and Lenz’s Law — a core AQA GCSE Physics topic (Paper 2, Magnetism and Electromagnetism). A bar magnet moves in and out of a solenoid coil connected to a galvanometer, showing in real time exactly

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Moving coil loudspeaker Simulation

Magnetism and Electromagnetism, Physics, Science /

Moving coil Loudspeaker Simulation The simulation is a real-time interactive 3D model of a moving-coil loudspeaker, built to the AQA GCSE Physics specification. Students view a physically accurate cross-section rendered with metallic PBR materials — chrome back plate and pole piece, ceramic magnet body, copper voice coil with visible winding rings, a paper cone, rubber

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Solenoid & Electromagnet Simulation

Magnetism and Electromagnetism, Physics, Science /

Solenoid & Electromagnet Simulation What the simulation shows A full 3D electromagnet built from first principles: a copper-wound solenoid on a cardboard former, connected to a battery by green wire leads, with a cylindrical iron rod sitting to the right waiting to be inserted. Everything in the scene is physically motivated — nothing is decorative.

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