Where is the magnetism maximum in case of horse-shoe magnets

Options

A. In both the poles
B. In south pole
C. In north pole
D. In between the two poles

Answer

To determine where the magnetism is maximum in the case of a horseshoe magnet, we can follow these steps:

### Step-by-Step Solution:

1. **Understand the Structure of a Horseshoe Magnet**: A horseshoe magnet consists of two curved arms that are connected at one end, resembling a horseshoe. Each arm has a magnetic pole: one is the North Pole and the other is the South Pole.

2. **Identify the Poles**: The North Pole is usually marked with an 'N' and the South Pole with an 'S'. The poles are located at the ends of the arms of the horseshoe magnet.

3. **Magnetism Distribution**: The strength of magnetism varies across different points of the magnet. It is important to note that the magnetic field is strongest at the poles.

4. **Magnetism at the Center**: In the center of the horseshoe magnet (the area between the two poles), the magnetism is actually zero. This is because the magnetic fields from both poles cancel each other out in this region.

5. **Conclusion**: Therefore, the magnetism is maximum at the poles of the horseshoe magnet. The correct answer to the question is that the magnetism is maximum at the North and South poles of the horseshoe magnet.

### Final Answer:
The magnetism is maximum at the poles of the horseshoe magnet.

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