Discover the fascinating world of science in a simple and educational way.

Moving objects possess kinetic energy.

Moving objects possess kinetic energy.

**Kinetic energy** is the **energy of movement**. This means that when an object is **moving**, it has kinetic energy. For example, when a **ball** is **rolling** across the floor, it has kinetic energy.

You can imagine kinetic energy like a **superhero's power**. Just like a superhero has the power to do amazing things, objects that are moving have the power of kinetic energy.

**Kinetic energy** is measured in **joules**. Joules are like points on a **scoreboard** that tell us how much kinetic energy something has. The more joules an object has, the more kinetic energy it has.

One way to show kinetic energy is with a **toy car** on a **ramp**. As the car rolls down the ramp, it starts to pick up speed and move faster, which means it has more kinetic energy. The higher the ramp, the more kinetic energy the car will have.

Another example is a **person riding a bike**. As they **pedal**, their legs create motion, which gives the bike kinetic energy. The faster they go, the more kinetic energy the bike will have.

In summary, **kinetic energy** is the **energy of movement**. Objects that are moving have the **power of kinetic energy**, which is measured in **joules**. We can see examples of kinetic energy in **toys**, **sports**, and everyday activities.

Moving objects possess kinetic energy.