Which of the following statements is true regarding a broken magnet?

When a magnet is broken, each fragment that is created still retains a magnetic field. This phenomenon occurs because the individual pieces can still align their internal magnetic domains, which are areas where the magnetic fields of atoms are aligned in the same direction. When a magnet is broken, instead of losing its magnetism, each smaller fragment effectively becomes a smaller magnet, complete with its own north and south poles. This means that despite the division of the magnet, the magnetic properties are preserved in each new piece.

Understanding this concept is crucial in fields such as electrical work and material science, as it affects how magnets can be used, function, and can be manipulated in various applications. This property can impact things like magnetic circuit design or the selection of materials in magnetic applications.