Refraction and Reflection – Ray Diagrams Simulation Description A light ray travels down through air and crosses a boundary into a denser medium, bending toward the normal as it does. The simulation draws the incident ray (blue), the refracted ray (its colour matching the chosen medium), and a faint reflected ray (green), with angle arcs […]
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Reflection – Ray Diagrams Simulation This interactive simulation shows how light rays behave when they strike a reflecting surface. Pupils can switch between five surface types — flat mirror, concave mirror, convex mirror, water surface, and rough surface — and control the angle of incidence in real time using a slider or by clicking directly
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Frequency Simulation — ClassAdapt What the simulation shows The screen is divided into two live panels that update together at every frame. Left — Particle of Medium. A glowing cyan sphere moves up and down on a vertical track, representing a single particle of the medium as a wave passes through it. A fading trail
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Waves Simulation — Description & Classroom Activity Guide What the Simulation Does The simulation has four tabs covering the two wave types, their labelled properties, and a direct side-by-side comparison. The colour language is consistent: cyan = transverse wave, orange = compression / longitudinal, blue = rarefaction, green = wave direction, purple = particle vibration
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