Which statement describes a horseshoe magnet?

Which statement describes a horseshoe magnet?

• A. Bar magnets bent into a horseshoe shape where the north and south poles face the same direction
• B. A magnet shaped like a U with opposite poles facing each other
• C. A donut-shaped magnet with a hole in the center
• D. Two magnets joined tip-to-tip to form a curved shape

Answer: (A)

The key idea is recognizing that a horseshoe magnet is a bar magnet bent into a U shape so its poles are at the two ends, creating a strong, focused magnetic field in the gap between them. This shape—a bar magnet curved into a U—is the defining feature, because bending the magnet brings the north and south poles close together and concentrates the magnetic field where you’re most likely to use it. The statement describes exactly that: a bar magnet bent into a horseshoe shape with its ends (the poles) positioned to produce a strong field across the gap. Other descriptions describe different shapes and don’t capture this characteristic arrangement.

The key idea is recognizing that a horseshoe magnet is a bar magnet bent into a U shape so its poles are at the two ends, creating a strong, focused magnetic field in the gap between them. This shape—a bar magnet curved into a U—is the defining feature, because bending the magnet brings the north and south poles close together and concentrates the magnetic field where you’re most likely to use it. The statement describes exactly that: a bar magnet bent into a horseshoe shape with its ends (the poles) positioned to produce a strong field across the gap. Other descriptions describe different shapes and don’t capture this characteristic arrangement.