Newton’s Laws of Motion – Movement – Physics

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Light takes years to reach us from these stars far away in space.

Light takes years to reach us from these stars far away in space.

When solid objects move through space, they follow certain rules that let us predict how they will act. We call the first three rules Newton’s Laws of Motion, and they say that:

These rules work for most situations, both on Earth and in space. But we have to make special rules when we are thinking about the speed of light. First, the theory of relativity says that space and time are essentially the same thing, so that things have to move in space and time at the same time, or it’s the same thing for something to move in time and in space. It’s called relativity because the way rules seem to act will seem different to observers in different places. It may seem like we are standing still, here on Earth, but really the Earth is only one thing in space, and it’s always moving.

Second, Albert Einstein’s theory of special relativity says that when things are moving very fast, Newton’s laws of motion will not predict how they will move. That’s because nothing can move faster than the speed of light. Instead, things will act according to different rules.

Bibliography and further reading about movement:

Gravity
Momentum
Friction
Physics
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By | 2017-08-17T11:54:52+00:00 August 17th, 2017|Physics|0 Comments
Cite this page: Carr, K.E. Newton’s Laws of Motion – Movement – Physics. Quatr.us Study Guides, August 17, 2017. Web. December 12, 2017.

About the Author:

Karen Carr

Karen Carr is Associate Professor Emerita, Department of History, Portland State University. She holds a doctorate in Classical Art and Archaeology from the University of Michigan. Follow her on Instagram, Pinterest, or Twitter, or buy her book, Vandals to Visigoths.

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