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Rotational motion happens when an object spins around a central point or axis—like a basketball spinning on a finger. It doesn't travel across the room, but it is still in motion.
The point at the center of the spin is called the axis, and everything rotates around it.
This motion makes objects move in circles or parts of circles—like the Earth spinning on its axis or a door opening on its hinges.
Now picture this: you’re on the edge of a merry-go-round, and your friend is sitting closer to the center. You’re both spinning, but you feel like you’re moving faster. Do you know why?
In rotational motion, how fast you move depends on how far you are from the center.
Your friend near the axis makes a small circle, while you, farther from the axis, make a bigger circle in the same amount of time, so you move faster.
This shows how distance from the axis affects speed. That’s why the outer seats on spinning rides feel more exciting!
