Particle model of matter

3D Simulation of Intermolecular forces in the states of matter – solid, liquid, gas

Bonding, structure, and the properties of matter, Chemistry, Particle model of matter, Physics, Science /

Intermolecular Forces Simulation — ClassAdapt What the simulation shows The simulation models how molecules behave at different temperatures by showing the intermolecular forces (IMF) between particles — the attractions that hold substances together. It uses water (H₂O) as the example molecule. The coloured lines between particles represent bond strength: cyan = strong IMF, yellow = […]

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3D Simulation of particle Theory of states of matter – solid, liquid, gas

Bonding, structure, and the properties of matter, Chemistry, Particle model of matter, Physics, Science /

Simulation Description: Particle model of matter, diffusion and compression 🧪 Particle Model Simulation — Description An interactive canvas simulation covering the particle model. Three tabs: Exit question: Why does the temperature stay the same during melting even though heat is still being added? (latent heat)

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Simulation of nuclear fusion

Atomic structure, Atomic structure and periodic Table, Chemistry, Energy, Particle model of matter, Physics, Science /

Nuclear fission Simulation — Description Simulation This interactive HTML5 + Canvas simulation visualizes the deuterium-tritium (D-T) nuclear fusion process — the most promising reaction for practical fusion power on Earth. It is divided into three clearly labeled tabs: The physics is accurate and fact-checked (D-T cross-section behavior, energy partitioning, ITER-like parameters, no chain reaction, stable

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Simulation of nuclear fission

Atomic structure, Atomic structure and periodic Table, Chemistry, Energy, Particle model of matter, Physics, Science /

Nuclear fission Simulation — Description Simulation Three tabs showing nuclear fission at increasing scale: Single Fission — a ²³⁵U nucleus absorbs a slow neutron, becomes excited [²³⁶U]*, then splits into ⁹²Kr + ¹⁴¹Ba + 3 neutrons + ~200 MeV. Watch the shockwave, fragment separation, and neutrons streaming out. Chain Reaction — each fission triggers more,

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