How do magnetic poles behave towards each other?

How do magnetic poles behave towards each other?

• A. Opposite poles repel while like poles attract
• B. Opposite poles attract while like poles repel
• C. All poles repel each other
• D. Magnetic poles do not interact

Answer: (B)

Magnetic poles behave in a specific manner: opposite poles attract each other while like poles repel. This means that if you have a north and a south pole, they will pull towards each other, while two north poles will push away from one another. This fundamental principle of magnetism is crucial for understanding how magnets interact with each other and their surroundings. In magnetic theory, every magnet has two poles—north and south. When two magnets are brought close to each other, the points with opposite poles will align and stick together, demonstrating attraction. Conversely, when two magnets with the same poles are aligned, they will push apart due to the repulsion between like poles. This inherent property of magnets is essential in various applications, from magnetic compasses to electric motors, making the understanding of magnetic interactions significant in science.

Magnetic poles behave in a specific manner: opposite poles attract each other while like poles repel. This means that if you have a north and a south pole, they will pull towards each other, while two north poles will push away from one another. This fundamental principle of magnetism is crucial for understanding how magnets interact with each other and their surroundings.

In magnetic theory, every magnet has two poles—north and south. When two magnets are brought close to each other, the points with opposite poles will align and stick together, demonstrating attraction. Conversely, when two magnets with the same poles are aligned, they will push apart due to the repulsion between like poles. This inherent property of magnets is essential in various applications, from magnetic compasses to electric motors, making the understanding of magnetic interactions significant in science.