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Explore electromagnetic induction, Faraday's Law, and related concepts. Learn about electric generators, power production, and applications like transformers and RL circuits.
Develop a 3D model for orbital motion using Python and Web VPython, breaking down complex calculations into manageable time intervals for accurate simulations.
Explore circular motion, gravity, and related concepts like angular velocity, centripetal force, and Kepler's Laws. Gain insights into fundamental physics principles governing orbital mechanics and rotational dynamics.
Explore magnetism fundamentals: fields, forces, bar magnets, Earth's field, circular motion, Hall effect, EMF, wire interactions, coils, solenoids, and DC motors.
Model ping pong ball motion with air resistance using numerical calculations and Web VPython. Break motion into short time intervals for accurate simulation.
Explore key concepts in electrical circuits, including Ohm's law, resistors, DC circuit analysis, and RC circuits. Gain practical understanding of current, voltage, and resistance relationships.
Model coffee filter motion with air drag using Python, breaking complex physics into manageable time intervals for accurate simulations.
Explore fundamental concepts of forces, motion, and Newton's laws. Learn to analyze interactions, measure forces, and understand key principles shaping classical mechanics.
Explore fundamental concepts of electric current, resistance, and Ohm's Law. Learn about drift velocity, wire properties, resistivity, and power in both DC and AC circuits.
Explore electric potential and fields, from basic concepts to advanced applications like capacitors. Gain a comprehensive understanding of electrostatics and its practical implications.
Explore three approaches to solving a complex 4-mass oscillator problem: energy analysis, Python simulation, and Lagrangian mechanics using SymPy.
Explore 2D kinematics: vectors, graphical representations, components, vector operations, and applications to motion, including projectiles and relative velocity.
Explore fundamental concepts of electric charge and fields, including Coulomb's law, conductors, and vector addition for force analysis.
Explore rigid body rotations using Python, solving the eigenvalue problem to find principal axes and animating results with Web VPython.
Solve differential equations with boundary conditions using Python's NumPy and finite difference method. Master numerical techniques for complex mathematical problems.
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