Media
As you watch the next video, try to figure out how the effects will change if the ship is not enclosed.
Galileo’s Full Thought Experiment (3:06)
Relative Motion Experiment in Agora (2:54 – watch from 0:48)
In simple 1-dimensional motion, you can easily see that motion is measured relative to the observer. In the following video, try to figure out:
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- How is the train moving relative to the stationary camera?
- How are the blocks moving relative to the stationary camera?
- How is the train moving relative to the blocks?
Relative Motion – Physics Experiment (0:26)
In 2 dimensions, it becomes a bit more difficult to see. In the following video, how is the ball moving relative to the stationary camera? How is it moving relative to the moving car?
Relative Motion Gun (1:07)
With a camera placed on the moving car, it becomes easier to see the relative motion of the ball. The following video uses a skateboarder instead of a car, but the concept is the same.
Flipping Physics – Skateboarding Frame of Reference Demonstration (2:30)
Neil deGrasse Tyson Explains the Michelson-Morley Experiment (4:23)
The Michelson-Morley Experiment – The Mechanical Universe (29:02)
Base for Special Relativity theory | Why Is the Speed of Light Constant (9:12)
Special Relativity: Crash Course Physics #42 (8:58)
Einstein’s Special Relativity Theory | Does Time Really Slow Down? (13:14)
https://www.youtube.com/watch?v=5BBHEZFearI
Vinit Masram – Simple Relativity – Understanding Einstein’s Special Theory of Relativity (5:55)
Worksheets
Worksheet – Intro to Special Relativity
Worksheet Solutions – Intro to Special Relativity
Worksheet – Relativity of Simultaneity
Worksheet Solutions – Relativity of Simultaneity
Practice Quizzes
Finding the Lorentz Factor From Velocity