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Explore the complete AP Physics 1 & 2 curriculum through this comprehensive video series that covers all essential knowledge from the 2014-2015 framework. Master fundamental concepts starting with systems and objects, including particles, atomic structure, electric charge, and mass-energy relationships. Delve into wave-particle duality, spacetime, and material properties like density, resistivity, and magnetic permeability. Study vector and scalar fields, gravitational and electromagnetic forces, and learn to analyze electric fields of spheres, dipoles, and parallel plates. Examine magnetic forces, fields, and domains while working with contour and equipotential lines. Understand motion through forces, Newton's laws, simple harmonic motion, and free-body diagrams. Investigate momentum, impulse, work-energy principles, torque, and angular momentum. Analyze gravitational, electromagnetic, and nuclear forces while exploring rotational motion and center of mass calculations. Apply conservation laws to energy systems, including kinetic, potential, and internal energy, along with thermodynamics and P-V diagrams. Study electromagnetic induction, electric circuits, resistors, capacitors, and Kirchhoff's rules. Explore wave properties including mechanical and electromagnetic waves, amplitude, frequency, wavelength, Doppler effect, interference, diffraction, and standing waves. Examine light behavior through reflection, refraction, ray diagrams for mirrors and lenses, and electromagnetic radiation. Understand photons and wave-particle duality of both light and matter. Conclude with gas pressure, kinetic theory, ideal gas law, thermodynamic principles, quantum wave functions, electron models, radioactive decay, and stimulated emission concepts essential for AP Physics success.
