Use the simulation of a Newton metre in your science or Physics class to illustrate elastic potential energy and Hooke’s law. Newton Meter Simulation — ClassAdapt A fully interactive 3D spring balance modelled on a real Newton meter. The physics engine runs a damped simple harmonic oscillator — when a mass is attached, the spring […]
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Use the simulation in your science or Physics class to illustrate specific heat capacity between water and metal. This interactive HTML simulation visually compares how two equal-mass samples (water and a typical metal) respond when heated with the same constant power input (same energy added per second). Key visual elements: What the simulation demonstrates: Educational
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Simulation of thermal conductivity This simulation helps GCSE Physics students visualise thermal conduction — the transfer of energy through a material from a region of higher temperature to a region of lower temperature. Students select from four materials (Wood, Glass, Steel, and Copper) and observe in real time how heat spreads across the rod from
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Simulation of Energy dissipation in system change using a ball Energy Dissipation Simulation – “Where Does the Useful Energy Go?” This interactive physics demonstration shows what really happens to energy in a real-world system — using the everyday example of a bouncing ball. A brightly colored ball is dropped from a significant height onto a
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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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