How many north and south poles are present if a magnet is broken into 6 pieces without loss of magnetism?

Options

A. Six
B. Twelve
C. Two
D. Zero

Explanation

To solve the question of how many north and south poles are present if a magnet is broken into 6 pieces without loss of magnetism, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Magnet Poles**: A magnet has two poles: a North pole and a South pole. These poles are always present in pairs.

2. **Breaking the Magnet**: When a magnet is broken, each piece will still retain its magnetic properties. This means that each piece will have its own North and South pole.

3. **Analyzing Each Piece**: If we break the magnet into 6 pieces, we can analyze the poles:
- The first piece will have a North pole and a South pole.
- The second piece will also have a North pole and a South pole.
- This pattern continues for all 6 pieces.

4. **Counting the Poles**: Since each of the 6 pieces has 1 North pole and 1 South pole:
- Total North poles = 6 (one from each piece)
- Total South poles = 6 (one from each piece)

5. **Conclusion**: Therefore, after breaking the magnet into 6 pieces, there will be a total of 6 North poles and 6 South poles.

### Final Answer:
If a magnet is broken into 6 pieces without loss of magnetism, there will be **6 North poles and 6 South poles**.

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