What the simulation is This is an interactive 3D model of the AQA GCSE Physics required practical on thermal insulation. It runs in a web browser and asks the question, “Which material keeps the water hot?” The pupil works through seven stages. They drag an electric kettle over an empty glass beaker and pour in […]
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What the simulation is A 3D interactive of the AQA GCSE required practical for specific heat capacity of a metal, built in Three.js and styled in the ClassAdapt house style with the full Adapt accessibility suite. Students assemble the apparatus step by step, run a ten-minute heating experiment, then calculate c from their own readings.
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Use the simulation in your science or Physics class to illustrate specific latent heat Simulation description This is a 3D molecular model of water changing state from ice to liquid, driven by a continuous heating model based on AQA GCSE values. Twelve water molecules are arranged in two puckered chair rings — the correct ice
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Use the simulation in your science or Physics class to illustrate energy efficiency This simulation helps GCSE Physics students compare the energy efficiency of four common light bulb types — Incandescent, Halogen, CFL, and LED — using accurate, curriculum-aligned efficiency values. For each bulb, 100 J of electrical energy enters the device and splits into
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Use the simulation in your science or Physics class to illustrate effect of thermal insulation and heat loss This simulation helps GCSE Physics students understand the effect of thermal insulation — how different insulating materials slow the rate of heat transfer from a warm object to its cooler surroundings. A hot box (starting at 100°C)
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