What is Newton’s laws of motion?

Newton’s laws of motion are rules that tell us how things move, like when you push a toy car or swing on a swing.

First law: If something is moving and nothing stops it, it keeps going. It's like your favorite toy car: if it's rolling on the floor and no one bumps into it, it just keeps rolling, just like you keep sliding on the slide until you slow down.

Second law: The harder you push something, the faster it moves. Imagine pushing a shopping cart, if you give it a little nudge, it goes slowly, but if you really push, it zooms ahead! So force = mass × acceleration, which means heavy things need more force to get going fast.

Third law: For every push, there’s a pushback. When you jump on a trampoline, you push down, and the trampoline pushes back up, that’s why you bounce! It's like playing tag: when you run into someone, they move too, because you both push each other.

These laws help explain everything from how your bike moves to why rockets fly, all using simple rules of motion. Newton’s laws of motion are rules that tell us how things move, like when you push a toy car or swing on a swing.

First law: If something is moving and nothing stops it, it keeps going. It's like your favorite toy car: if it's rolling on the floor and no one bumps into it, it just keeps rolling, just like you keep sliding on the slide until you slow down.

Second law: The harder you push something, the faster it moves. Imagine pushing a shopping cart, if you give it a little nudge, it goes slowly, but if you really push, it zooms ahead! So force = mass × acceleration, which means heavy things need more force to get going fast.

Third law: For every push, there’s a pushback. When you jump on a trampoline, you push down, and the trampoline pushes back up, that’s why you bounce! It's like playing tag: when you run into someone, they move too, because you both push each other.

These laws help explain everything from how your bike moves to why rockets fly, all using simple rules of motion.