Non-gravitational forces are pushes or pulls that make things move or stop moving, just like when you push a toy car or pull a wagon.
Imagine you're playing with your favorite blocks. When you lift one block up, gravity is trying to bring it back down, but if you also give it a little nudge, that's a non-gravitational force at work! It helps the block move faster or in a different direction.
Like a Bounce on a Trampoline
Think of a trampoline. When you jump, gravity pulls you down toward the ground, but when you hit the trampoline, it pushes you back up. That push is a non-gravitational force, just like when you kick a ball and it flies away from your foot.
These forces can be strong or weak, fast or slow, depending on what’s pushing or pulling. Sometimes they’re invisible, like the wind that helps your kite fly, but you can still feel them working!
Examples
- A book sliding across a table because of friction
- A magnet pulling a paperclip toward it
- Feeling pushed back into your seat when a car accelerates quickly
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See also
- What are relativistic corrections?
- What is decoherence?
- How Does Relative Motion and Inertial Reference Frames Work?
- How Does Upwards Vs Downwards Compression & Expansion Explained Work?
- How Does Gravity Visualized Work?