![]() ![]() Lecture 20: Kinetic energy in rotational frame, moment of inertia, Cartesian and rotational frames similarities.Lecture 21: Moment of inertia, center of mass, parallel-axis theorem, torque.Lecture 22: Torque, angular momentum, change of angular momentum connection to torque.Lecture 23: Tops, gyroscope, precession.Lecture 25: Static equilibrium (continued), why humans have bones.Lecture 26: Ultimate strain or strength of materials.Lecture 30: Buoyancy and Bernoulli’s equation, viscosity.Lecture 32: Oscillators, simple harmonic motion.Lecture 33: Oscillators, physical pendulums.Lecture 34: Oscillators, energy of oscillation, damped oscillators.Lecture 35: Damped and forced/driven oscillations.Lecture 36: Pulses demo, energy transfer, pulse reflection, superposition principle, waves, S and P wave, standing waves.Lecture 37: Standing waves, overtones, sound, musical instrument and other fun activities.: Q.F.Physics 101 - General Physics Physics 101 - General Physics Eugeniy E.Classical and Quantum Mechanics via Lie algebras.Statistical Mechanics and Thermal Physics.Kip Thorne's Applications of Classical Physics (Advanced) :.Free Advanced text on Classical Mechanics (More advanced than Goldstein).Super Rigorous Treatment of Lagrangian Mechanics.So my goal is to ameliorate this list by adding more resources. Statistical Mechanics and Thermodynamics.Optics and Thermodynamics & Electromagnetism.The Feynman Lectures on Physics, Volume III: quantum mechanics. ![]()
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