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Supercharged Science

Supercharged Science

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Supercharged Science
          • Unit 0 : Overview
          • Unit 1: Mechanics
          • Unit 2: Motion
          • Unit 3: Matter
          • Unit 4: Energy Part 1
          • Unit 5: Energy Part 2
          • Unit 6: Sound
          • Unit 7: Astrophysics
          • Unit 8: Chemistry Part 1
          • Unit 9: Light
          • Unit 10: Electricity
          • Unit 11: Magnetism
          • Unit 12: Renewable Energy
          • Unit 13: Thermodynamics
          • Unit 14: Electronics
          • Unit 15: Chemistry Part 2
          • Unit 16: Life Science 1
          • Unit 17: Life Science 2
          • Unit 18: Biology 1
          • Unit 19: Biology 2
          • Unit 20: Earth Science
          • Unit 21:Advanced Physics
          • Unit 22:Advanced Chemistry
          • Unit 23:Advanced Biology
          • Unit 24: Mathemagic
          • Unit 25: Electronics with Brian
          • Unit 26: Year of Biology
          • Unit 27: Aviation
          • Unit 28: Coding Arduino C++
          • Unit 29: Coding MicroPython
          • Unit 30: Advanced Astronomy
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Planetary and Satellite Motion

  • Home
  • Grade Levels
  • High School
  • Advanced Physics
  • Circular Motion

Select a Lesson

Planetary and Satellite Motion
Fun Activity with Kepler’s Laws
Elliptical Orbits
Applying Kepler’s Laws
Jupiter’s Moons
New Planets
Why Satellites Stay in Orbit
Satellite Crash!
Saturn’s Moons
Orbits of Satellites
Orbital Mechanics
Equations for Circular Motion
How Fast is the Moon?
Callisto
Space Station Speed
Halley’s Comet
Weightlessness
Physics Fun in an Elevator
Bust a Myth
Binary System
What’s Up in the Sky?
Build a Solar System
Retrograde Motion
Potential Energy in the Stars
Escape Speed
Conservation of Mechanical Energy
Geosynchronous Orbit
Gravitational Potential Energy
Rocketship Races
Equivalence Principle