Simulation of Energy dissipation in system change This simulation helps GCSE Physics students understand the concept of energy dissipation — that in every system change, energy is always conserved but spread into less useful forms. Using four real-world examples (light bulb, car engine, phone charger, and speaker), students can see how input energy is split […]
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Simulation of Power and the Energy time relationship This simulation helps GCSE Physics students explore the relationship P = E ÷ t interactively. Students adjust energy (J) and time (s) using sliders and instantly see the calculated power (W) update, along with a visual representation of how many 60 W light bulbs that power could
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Simulation of the effect of Lubrication on Friction, Heating and Motion This interactive GCSE Physics simulation shows how lubrication reduces friction between surfaces. As you increase lubrication, the friction force drops, so less energy is transferred to the thermal store (less heating/heat trail) and more of the work done by the push goes into the
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Energy Transfer in a closed system using a ball: Interactive Simulation Closed System Energy Transfer — Simulation Description This interactive simulation models a bouncing ball inside a closed system, directly aligned with the AQA GCSE Physics specification (Energy, Topic 1.1) and the broader GCSE Combined Science curriculum. In a closed system, no energy enters or
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⚡ Energy Transfer in a Closed System — Simulation Overview Four interactive tabs, each modelling a different closed system scenario in line with AQA GCSE Physics. 🕰️ Tab 1 — Pendulum A bob hangs from a pivot on a cord. Students drag the bob to any angle and release it. The bob swings continuously, with
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