Looking at the simulation I built, I can describe it accurately from the code. What the Simulation Shows Green Hydrogen Production via Water Electrolysis — the process of using renewable electricity to split water molecules into hydrogen and oxygen gas. The Process Flow (left → right on desktop, top → bottom on mobile): Animated Particle […]
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Simulation Description: E = V/d Parallel Plates Simulation Two horizontal conducting plates sit opposite each other — the top plate is positive (+), the bottom is negative (−). Yellow field lines flow downward between them, equally spaced and parallel, showing a uniform field. Small orange positive charges drift downward, speeding up as the field strengthens.
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Simulation Description: Electrostatic Field Strength Explorer This simulation is a visual lab instrument for understanding the inverse square law in electrostatics. At the centre is a draggable electric charge. Around it, a glowing heatmap field radiates outward, showing how electric field strength changes with distance. The area closest to the charge burns bright red-orange (extremely
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What the Simulation Shows The Gold Leaf Electroscope simulation shows a realistic instrument — a metal disc at the top, connected by a metal stem down into a glass jar, with two gold leaves hanging from the bottom of the stem inside the jar. Six buttons let students interact with it in sequence. Touch with
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What the Simulation Shows – Electric fields The electric fields simulation has five interactive modes, each demonstrating a different configuration of electric field lines using physically accurate Coulomb’s law calculations. ＋ Single Positive Charge — a single orange charge sits at the centre of the canvas. Field lines radiate symmetrically outward in all directions, with
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