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Introduction to Orbital Mechanics
Intro to Orbital Mechanics
Downloadable Equation Sheet
Downloadable Orbital Mechanics Outline of Notes
Lecture 1 Introduction (16:17)
Lecture 2 Relative 2-Body Equation & Angular Momentum (27:29)
Lecture 3 Polar Coordinates & Energy (20:59)
Lecture 4 Trajectory Equation (18:55)
Lecture 5 Elliptical Orbit (18:09)
Lecture 6 Elliptical Orbit Continued (18:16)
Lecture 7 Keplers Laws (13:56)
Lecture 8 Example 1 (23:02)
Lecture 9 Example 2 (16:07)
Lecture 10 Circular Orbits (8:39)
Homework 1
Homework 1 Solutions
Lecture 11 Keplers Equation (27:38)
Lecture 12 Newtons Method (18:01)
Lecture 13 Newtons Method for Keplers Equation (8:07)
Lecture 14 Example 5 (20:36)
Lecture 15 Example 6 (10:53)
Homework 2
Homework 2 Solutions
Lecture 16 Orbital Elements (21:19)
Lecture 17 R V to Orbital Elements (20:54)
Lecture 18 Example 7 (22:57)
Project 1
Lecture 19 OE to RV (5:45)
Lecture 20 Example 8 (17:15)
Homework 3
Homework 3 Solutions
Project 2
Lecture 21 4th Order Runge Kutta Method (8:42)
Lecture 22 Example 9 (19:31)
Lecture 23 Example 10 Part 1 (30:55)
Lecture 24 Example 10 Part 2 (10:37)
Homework 4
Homework 4 Solutions
Lecture 25 Project 3 (10:57)
Project 3
Lecture 2 Relative 2-Body Equation & Angular Momentum
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