How Does Geographic (True) North vs Magnetic North Work?

Imagine you have two friends who both want to point you toward home, one always points straight, while the other sometimes takes a little detour. That’s how geographic (true) north and magnetic north work.

What is Geographic (True) North?

Geographic (or true) north is like the center of a big map. It's where all the lines on the map meet, it’s the real, fixed point that doesn’t move. Think of it as your friend who always takes you straight home no matter what.

What is Magnetic North?

Magnetic north is where your compass points, but it isn't exactly the same as geographic north. It's like your other friend who usually knows the way home but sometimes takes a little twisty path because of a detour. The Earth has a kind of invisible magnet inside it, and that’s why magnetic north moves around slowly over time.

So when you use a compass, it points to magnetic north, not the exact center of the map. That's why hikers and explorers sometimes need to adjust their direction a little, like your friend who takes a detour but still gets you home! Imagine you have two friends who both want to point you toward home, one always points straight, while the other sometimes takes a little detour. That’s how geographic (true) north and magnetic north work.

What is Geographic (True) North?

Geographic (or true) north is like the center of a big map. It's where all the lines on the map meet, it’s the real, fixed point that doesn’t move. Think of it as your friend who always takes you straight home no matter what.

What is Magnetic North?

Magnetic north is where your compass points, but it isn't exactly the same as geographic north. It's like your other friend who usually knows the way home but sometimes takes a little twisty path because of a detour. The Earth has a kind of invisible magnet inside it, and that’s why magnetic north moves around slowly over time.

So when you use a compass, it points to magnetic north, not the exact center of the map. That's why hikers and explorers sometimes need to adjust their direction a little, like your friend who takes a detour but still gets you home!

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Examples

  1. A compass points to magnetic north, but true north is where the Earth's axis points.
  2. If you're lost in the woods, your compass might not show the actual direction of true north.
  3. Magnetic north moves slowly over time, like a drifting landmark.

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