What the Simulation Shows The P = I²R simulation displays a live circuit diagram with four interactive elements that update in real time as students move two sliders: The Circuit: A rectangular loop showing a battery (left side, green), a resistor with a zigzag pattern (top centre, orange), and an ammeter (bottom centre, blue). Electrons […]
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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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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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