SimuBoard BlogClear explanations of physics, mathematics, and numerical simulation — with interactive whiteboard simulations to try each concept yourself.
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A practical comparison of online whiteboard categories for teaching science, and why static drawing tools eventually hit a wall that only interactive simulation can get past.
How a system as simple as two connected pendulums produces genuine chaos, why it can't be solved in closed form, and what that teaches us about predictability.
What V = IR actually describes, why some materials don't obey it, and how to apply it across series and parallel circuits.
How to break projectile motion into independent horizontal and vertical problems, derive range and max height, and simulate it with a few lines of code.
A clear, practical guide to Hooke's Law: what it says, why it works, where it breaks down, and how to use it to model real springs.
What F = ma really means, why it's a vector equation in disguise, and how to apply it to real multi-force problems step by step.
