A freely suspended magnet comes to rest in the ____ direction.

Options

A. North-South
B. North-East
C. South-West
D. North-West

Explanation

To answer the question "A freely suspended magnet comes to rest in the ____ direction," we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Magnet Suspension**: When a magnet is suspended freely, it can rotate and align itself according to the Earth's magnetic field.

**Hint**: Think about how a compass works when it is allowed to move freely.

2. **Identifying the Poles of the Magnet**: A magnet has two poles: the North Pole and the South Pole. When suspended, these poles will interact with the Earth's magnetic field.

**Hint**: Remember that magnets have two distinct poles that behave differently when near other magnets or magnetic fields.

3. **Earth's Magnetic Field**: The Earth behaves like a giant magnet with a magnetic North Pole and a magnetic South Pole. The geographic North Pole is near the Earth's magnetic South Pole, and the geographic South Pole is near the Earth's magnetic North Pole.

**Hint**: Consider how the Earth's magnetic field influences the direction of a freely suspended magnet.

4. **Attraction Between Poles**: The North Pole of the suspended magnet will be attracted to the Earth's magnetic South Pole, while the South Pole of the suspended magnet will be attracted to the Earth's magnetic North Pole.

**Hint**: Recall that opposite poles attract and like poles repel.

5. **Final Direction**: As a result of these attractions, when the magnet comes to rest, the North Pole of the magnet will point towards the geographic North Pole, and the South Pole will point towards the geographic South Pole. Therefore, the magnet will align itself in the North-South direction.

**Hint**: Visualize how a compass needle points towards the North.

### Conclusion:
Thus, a freely suspended magnet comes to rest in the **North-South direction**.