A ferromagnetic material cannot be magnetized.

A ferromagnetic material cannot be magnetized.

• A. True
• B. False
• C. Not Sure
• D. Both

Answer: (B)

Ferromagnetic materials respond strongly to magnetic fields because their magnetic domains can reorient and align with an external field, producing magnetization. In zero field, these domains are randomly oriented, so the material has little net magnetization. When you apply a magnetic field, the domains align more with the field, increasing magnetization. If the field is removed, some alignment may remain depending on the material’s coercivity and history, which is why permanent magnets can stay magnetized. So the statement that they cannot be magnetized isn’t correct; they can be magnetized (and can retain magnetization under the right conditions).

Ferromagnetic materials respond strongly to magnetic fields because their magnetic domains can reorient and align with an external field, producing magnetization. In zero field, these domains are randomly oriented, so the material has little net magnetization. When you apply a magnetic field, the domains align more with the field, increasing magnetization. If the field is removed, some alignment may remain depending on the material’s coercivity and history, which is why permanent magnets can stay magnetized. So the statement that they cannot be magnetized isn’t correct; they can be magnetized (and can retain magnetization under the right conditions).