Dive into an advanced physics lecture series that goes beyond the standard curriculum, exploring the mathematical language of physics to develop genuine physicist-level thinking. Over 3 hours and 30 minutes, learn about equations of motion, symmetry principles, Newtonian laws, Lagrangian and Hamiltonian mechanics, degrees of freedom, the Euler method, and various types of harmonic motion. Gain a deeper understanding of the Euler-Lagrange equation and tackle example problems to reinforce your learning.
Overview
Syllabus
A01 Introduction to Physics ONE.
A02 The equations of motion.
A03 The equations of motion.
A04 The equations of motion.
A05 The equations of motion.
A06 The equations of motion.
A07 Using a symmetry principle to derive Newtons third law.
A08 The Lagrangian.
A09 The Hamiltonian.
B01 Degrees of freedom.
B02 An introduction to the Euler method.
B03 Simple harmonic oscillation.
B04 Example problem of simple harmonic oscillation.
B05 Damped harmonic motion.
B06 Types of damped harmonic motion.
Understanding the Euler Lagrange Equation.
Taught by
Dr Juan Klopper
