What is Clocks use consistent movements to keep track of time?

Clocks use consistent movements to keep track of time, just like how your favorite toy car moves the same way every time you push it.

Imagine a clock is like a very special train that never stops running. Inside the clock, there are little gears and springs that move in a steady, predictable way. These parts turn around and around at the same speed each day, just like how your toy car wheels spin when you push it, always the same, every time.

Each movement of these tiny gears is like one step on a long journey. A clock counts those steps, and after a certain number of steps (like 60), we say “one minute has passed.” After many minutes (like 60 of them), we say “one hour has passed.”

So even though you can’t see the little gears working inside, they are always moving in a consistent way, just like your toy car moves every time you push it. That’s how clocks stay on track and help us know when to eat lunch, go to bed, or play outside! Clocks use consistent movements to keep track of time, just like how your favorite toy car moves the same way every time you push it.

Imagine a clock is like a very special train that never stops running. Inside the clock, there are little gears and springs that move in a steady, predictable way. These parts turn around and around at the same speed each day, just like how your toy car wheels spin when you push it, always the same, every time.