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Introduction to Orbital Mechanics
Rating: 3.9 out of 5(49 ratings)
142 students

Introduction to Orbital Mechanics

Develop an intuitive understanding of orbits and trajectories
Created byRichard Kiessig
Last updated 3/2018
English

What you'll learn

  • Understand the nature of orbits and trajectories
  • Use and understand key industry terminology related to orbits and orbital mechanics

Course content

1 section9 lectures38m total length
  • Overview1:22
  • Ellipses4:27
  • Example: Earth6:35
  • Trajectories6:39
  • Orbital Velocity3:40
  • Orbital Period3:08
  • Orbital Inclination6:15
  • Orbital Elements5:20
  • Summary1:12

Requirements

  • Basic algebra and geometry

Description

This course will help you understand the nature of orbits and trajectories at a fundamental level.

I focus on the concepts you need to describe and define orbits. I use Earth as an example, but the concepts apply equally well to other bodies, such as Mars or the Sun. My approach is light on math. I also cover key terminology that will help you make sense of this jargon-rich field.

Who this course is for:

  • Beginner space or rocket scientists
  • Those interested in living or working in space
  • People who would like to develop a broad and more intuitive understanding about how orbits work