| 001 Introduction Copernicus and Kepler's Corrections.mp4 | 112 MB | ||
| 001 Introduction Copernicus and Kepler's Corrections_en.srt | 8.5 KB | ||
| 001 Isp.mp4 | 227.5 MB | ||
| 001 Isp_en.srt | 15.3 KB | ||
| 001 Rockets Introduction and how they compare to other propulsion systems.mp4 | 9.5 MB | ||
| 001 Rockets Introduction and how they compare to other propulsion systems_en.srt | 4.9 KB | ||
| 001 Statement Choose rocket design, evacuate Mars, return to Earth.mp4 | 13.9 MB | ||
| 001 Statement Choose rocket design, evacuate Mars, return to Earth_en.srt | 7.3 KB | ||
| 001 Suvat Equations Introduction.mp4 | 205.9 MB | ||
| 001 Suvat Equations Introduction_en.srt | 14.3 KB | ||
| 002 Choosing propulsion.mp4 | 31.2 MB | ||
| 002 Choosing propulsion_en.srt | 16 KB | ||
| 002 Conserved Quantities.mp4 | 70.1 MB | ||
| 002 Conserved Quantities_en.srt | 5.2 KB | ||
| 002 Kepler's First Law.mp4 | 23.9 MB | ||
| 002 Kepler's First Law_en.srt | 10.5 KB | ||
| 002 Rockets 1 Tsiolkovski Equation.mp4 | 11 MB | ||
| 002 Rockets 1 Tsiolkovski Equation_en.srt | 5.9 KB | ||
| 002 Suvat Equation 1 v = u + at.mp4 | 4.2 MB | ||
| 002 Suvat Equation 1 v = u + at_en.srt | 1.9 KB | ||
| 003 Kepler's Second Law.mp4 | 33.1 MB | ||
| 003 Kepler's Second Law_en.srt | 15 KB | ||
| 003 Launch Requirements Method Walkthrough.mp4 | 31 MB | ||
| 003 Launch Requirements Method Walkthrough_en.srt | 14.5 KB | ||
| 003 Newton's First Law.mp4 | 9 MB | ||
| 003 Newton's First Law_en.srt | 4.4 KB | ||
| 003 Rocket Chemistry Part 1.mp4 | 98.7 MB | ||
| 003 Rocket Chemistry Part 1_en.srt | 7.5 KB | ||
| 003 Suvat Equation 2 S = ut + at^22.mp4 | 6.7 MB | ||
| 003 Suvat Equation 2 S = ut + at^22_en.srt | 3.1 KB | ||
| 004 Kepler's Third Law.mp4 | 17.2 MB | ||
| 004 Kepler's Third Law_en.srt | 7.8 KB | ||
| 004 Launch Requirements Cases Eqn Walkthrough.mp4 | 42 MB | ||
| 004 Launch Requirements Cases Eqn Walkthrough_en.srt | 19.5 KB | ||
| 004 Newtons Second Law.mp4 | 16.4 MB | ||
| 004 Newtons Second Law_en.srt | 7.9 KB | ||
| 004 Rocket Chemistry Part 2.mp4 | 32.4 MB | ||
| 004 Rocket Chemistry Part 2_en.srt | 15.4 KB | ||
| 004 Suvat Equation 3 S = (u + v)t2.mp4 | 8.4 MB | ||
| 004 Suvat Equation 3 S = (u + v)t2_en.srt | 614.4 B | ||
| 005 Launch Requirements Aerodynamic Drag.mp4 | 95.1 MB | ||
| 005 Launch Requirements Aerodynamic Drag_en.srt | 6.4 KB | ||
| 005 Newton's Third Law.mp4 | 19.9 MB | ||
| 005 Newton's Third Law_en.srt | 9.9 KB | ||
| 005 Rockets 2 De Laval Nozzle Performance Equation.mp4 | 42.9 MB | ||
| 005 Rockets 2 De Laval Nozzle Performance Equation_en.srt | 21.4 KB | ||
| 005 Suvat Equation 4 v^2 = u^2 + 2aS.mp4 | 11.2 MB | ||
| 005 Suvat Equation 4 v^2 = u^2 + 2aS_en.srt | 5.2 KB | ||
| 005 Vis Viva Equation.mp4 | 44.6 MB | ||
| 005 Vis Viva Equation_en.srt | 20.9 KB | ||
| 006 Exercise 1 Orbits.mp4 | 91.8 MB | ||
| 006 Exercise 1 Orbits_en.srt | 6.1 KB | ||
| 006 Launch Requirements Cases.mp4 | 33.8 MB | ||
| 006 Launch Requirements Cases_en.srt | 15.9 KB | ||
| 006 Newton's Laws Exercise 1.mp4 | 21.3 MB | ||
| 006 Newton's Laws Exercise 1_en.srt | 10.4 KB | ||
| 006 Rockets Exercise 1 delta v.mp4 | 29.3 MB | ||
| 006 Rockets Exercise 1 delta v_en.srt | 14.9 KB | ||
| 006 Suvat Equation 5 S = vt - at^22.mp4 | 8.5 MB | ||
| 006 Suvat Equation 5 S = vt - at^22_en.srt | 3.8 KB | ||
| 007 Centre of Mass.mp4 | 26.3 MB | ||
| 007 Centre of Mass_en.srt | 12 KB | ||
| 007 Exercise 2 Finding Orbital Data.mp4 | 12.5 MB | ||
| 007 Exercise 2 Finding Orbital Data_en.srt | 5.9 KB | ||
| 007 Hohmann Transfer to Earth.mp4 | 25.9 MB | ||
| 007 Hohmann Transfer to Earth_en.srt | 12.8 KB | ||
| 007 Newton's Laws Exercise 2.mp4 | 11.3 MB | ||
| 007 Newton's Laws Exercise 2_en.srt | 5.1 KB | ||
| 007 Rockets Exercise 2 fire up your engines.mp4 | 23.3 MB | ||
| 007 Rockets Exercise 2 fire up your engines_en.srt | 11 KB | ||
| 008 Budgeting for fuel and resources.mp4 | 28.1 MB | ||
| 008 Budgeting for fuel and resources_en.srt | 13.4 KB | ||
| 008 Centre of Drag.mp4 | 24.1 MB | ||
| 008 Centre of Drag_en.srt | 11.9 KB | ||
| 008 Exercise 3 Hohmann Transfers Part 1.mp4 | 9.9 MB | ||
| 008 Exercise 3 Hohmann Transfers Part 1_en.srt | 4.4 KB | ||
| 008 Newton's Laws Exercise 3.mp4 | 24.3 MB | ||
| 008 Newton's Laws Exercise 3_en.srt | 11.3 KB | ||
| 008 Rocket Exercise 3 De Laval Nozzles Part 1.mp4 | 18.6 MB | ||
| 008 Rocket Exercise 3 De Laval Nozzles Part 1_en.srt | 9.1 KB | ||
| 009 Examples Summary.mp4 | 10.1 MB | ||
| 009 Examples Summary_en.srt | 5 KB | ||
| 009 Exercise 3 Hohmann Transfers Part 2.mp4 | 21.5 MB | ||
| 009 Exercise 3 Hohmann Transfers Part 2_en.srt | 9.7 KB | ||
| 009 Newtonian Gravity.mp4 | 15.9 MB | ||
| 009 Newtonian Gravity_en.srt | 7.6 KB | ||
| 009 Rocket Exercise 3 De Laval Nozzles Part 2.mp4 | 26.2 MB | ||
| 009 Rocket Exercise 3 De Laval Nozzles Part 2_en.srt | 12.7 KB | ||
| 010 Exercise 3 Hohmann Transfers Part 3.mp4 | 19.6 MB | ||
| 010 Exercise 3 Hohmann Transfers Part 3_en.srt | 8.7 KB | ||
| 010 Rocket Exercise 3 De Laval Nozzles Part 3.mp4 | 21.4 MB | ||
| 010 Rocket Exercise 3 De Laval Nozzles Part 3_en.srt | 10.5 KB | ||
| 010 Rotational Motion.mp4 | 22 MB | ||
| 010 Rotational Motion_en.srt | 10.2 KB | ||
| 011 CoM Exercise.mp4 | 32.8 MB | ||
| 011 CoM Exercise_en.srt | 17.2 KB | ||
| 011 Rocket Exercise 3 De Laval Nozzles Part 4.mp4 | 29.7 MB | ||
| 011 Rocket Exercise 3 De Laval Nozzles Part 4_en.srt | 14.2 KB | ||
| Bonus Resources.txt | 409.6 B | ||
| Get Bonus Downloads Here.url | 204.8 B | ||
| ▲ 100 total files | |||
Ultimate Simple Guide to Rocket Science
https://DevCourseWeb.com
Last updated 6/2018
Created by Philip Baldock
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 49 Lectures ( 5h 32m ) | Size: 1.76 GB
Learn the bare essential equations and ideas for aerospace engineering. No calculus. No programming. Just performance.
What you'll learn:
Plot basic space missions using Hohmann Transfers
Calculate the motions of most celestial bodies using Kepler's Laws and the Vis Viva Equation
Estimate the performance of different rocket designs and create your own designs at a basic level
Understand the logic and operation of human spaceflight
Requirements:
High school mathematics
Strong interest in space exploration
High school science and physics
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