Induced Magnetism — 3D Simulation A bar magnet (red N / blue S) sits to the left of a transparent iron or steel bar. As you drag the magnet closer, magnetic domains inside the bar rotate and align with the external field — the near face develops an induced opposite pole, the far face develops […]
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Superposition & Standing Waves Simulation — ClassAdapt What the simulation shows Two animated wave tubes float in 3D space at different depths, with a third white resultant tube running between them. Students can orbit the camera, zoom, and watch the waves update in real time as they adjust the controls. Superposition tab Wave 1 (cyan)
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Intermolecular Forces Simulation — ClassAdapt What the simulation shows The simulation models how molecules behave at different temperatures by showing the intermolecular forces (IMF) between particles — the attractions that hold substances together. It uses water (H₂O) as the example molecule. The coloured lines between particles represent bond strength: cyan = strong IMF, yellow =
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Simulation Description: Particle model of matter, diffusion and compression 🧪 Particle Model Simulation — Description An interactive canvas simulation covering the particle model. Three tabs: Exit question: Why does the temperature stay the same during melting even though heat is still being added? (latent heat)
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Ionic bonding, Covalent bonding and Metallic bonding simulation The simulation is a three-tab interactive 3D Bohr model built in Three.js, designed for GCSE Chemistry (AQA/Edexcel/OCR/WJEC). All three bonding types are covered with consistent visual language: dark navy background, orange electron dots on thin shell rings, near-frontal camera so rings appear as circles exactly as in
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