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Learn computational physics through hands-on programming exercises designed to supplement the Matter & Interactions curriculum. Master fundamental physics concepts including moment of inertia, rolling motion, torque, electrical circuits, capacitors, wave mechanics, and electrostatics by building interactive simulations and models. Work through practical problems involving bouncing ball dynamics, spring-mass systems, Fourier wave analysis, wave interference patterns, and charge distribution on conductors. Develop programming skills while deepening your understanding of classical mechanics, electricity and magnetism, and wave physics through computational modeling and visualization techniques.
