power

Simulation of the effect of Lubrication on Friction, Heating and Motion

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 […]

Simulation of the effect of Lubrication on Friction, Heating and Motion Read More »

Simulation of Energy transfer in a closed system using ball

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

Simulation of Energy transfer in a closed system using ball Read More »

Simulation of Energy transfer from one store to another

Energy Transfers: Interactive Simulation This simulation demonstrates how energy is stored and transferred across five common physical scenarios, aligned with the AQA GCSE Physics specification (Unit 1: Energy, Topic 1.1 – Changes in Energy Stores). Each scenario is driven by real-time animation, with colour-coded energy store bars updating dynamically to show how energy is redistributed

Simulation of Energy transfer from one store to another Read More »

Simulation of law of conservation of energy in Physics

Conservation of Energy – Pendulum Simulation Conservation of Energy Simulation — Description & Class Activity What the Simulation Shows This interactive simulation demonstrates one of the most fundamental laws of physics: energy is never created or destroyed, only transferred between forms. A ball rolls in a cosine-shaped bowl track. Students drag it to any height

Simulation of law of conservation of energy in Physics Read More »