Sabetta Talks Math

The wave equation

Physics in non-inertial reference frames

Hidden symmetries and the Runge-Lenz vector

Changes of orbit

Orbital Mechanics

Central forces

Phase space & Liouville's Theorem

Hamiltonian Mechanics

The Hamiltonian

Conservation of Energy & Conservative Forces

Conservation of momentum

Interacting systems

Noether's theorem and Conserved Quantities (reupload)

Constraints and Lagrange multipliers

The Lagrangian

Geodesics and Black Holes

The Calculus of Variations

Driven Oscillators

Damped Oscillators | Classical Mechanics

Drag & Air resistance

Newton's laws in polar coordinates | Classical Mechanics

Newton's laws as differential equations | Classical Mechanics

Heavy Spinning Tops | Chapter 28 Classical Mechanics 2

3D Rotations | Chapter 27 Classical Mechanics 2

Euler's equations | Chapter 26 Classical Mechanics 2

The moment of inertia tensor | Chapter 25 Classical Mechanics 2

Motion in rotating reference frames | Chapter 24 Classical Mechanics 2

Review of angular momentum and torque | Chapter 23 Classical Mechanics 2

Hidden symmetries and the Runge Lenz vector | Chapter 22 Classical Mechanics 2

Changes of orbit | Chapter 21 Classical Mechanics 2