Overview
Explore optional topics in universal gravitation in this comprehensive physics lecture from the "Physics 4A in 30 Lectures" series. Begin with a PhET simulation demonstrating Kepler's Second Law and conservation of angular momentum, then examine constraints on orbital parameters using OpenStax University Physics problems. Delve into Newton's law of gravitation through Feynman Lectures Volume 1, Section 7-4, followed by an engaging SpaceEngine demonstration of planets and comets. The lecture concludes with an explanation of geosynchronous orbits and other Earth orbital patterns, providing both theoretical foundations and visual demonstrations of gravitational principles.
Syllabus
00:00:00 - Lecture 22 Intro
00:02:13 - PhET Simulation for Kepler’s Second Law and Conservation of Angular Momentum
00:12:39 - Constraints on Orbital Parameters using OpenStax Univ. Phys. Vol 1, Ch. 11, #56
00:20:53 - Feynman Lectures Volume 1, Section 7-4, Newton’s law of gravitation
00:50:08 - SpaceEngine Demo: Planets and Comets
01:31:39 - Geosynchronous Orbit and Other Earth Orbits
Taught by
CoA Physics