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Question:

How do steel strips perform in magnetic fields?

Answer:

Steel strips are generally classified as magnetic materials, meaning that they can be strongly influenced by magnetic fields. When exposed to a magnetic field, steel strips can become magnetized, aligning their atomic magnetic dipoles in the direction of the field. This property allows steel strips to attract or repel other magnetic materials, making them useful in various applications such as in magnetic sensors, transformers, and electromagnets.
Steel strips are typically not magnetic, meaning they do not attract or repel when placed in a magnetic field. However, certain types of steel strips can be made magnetic through a process called magnetization.
Steel strips are generally not magnetic and do not interact significantly with magnetic fields.

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