Question

when two magnets are near each other, their magnetic fields interact. this model represents the magnetic field between two bar magnets. complete the sentences to describe the model. the two magnets have opposite poles near each other. in between the magnets, the north pole of another magnet would be the north pole of the magnet on the left and attracted to repelled by of the magnet on the right. because these forces act in , the magnetic field lines between the two magnets .

Explanation:

Step1: Analyze Magnetic Pole Interaction

Magnetic poles follow the rule: opposite poles attract, like poles repel. The left magnet's north (N) is near the right magnet's south (S), so opposite poles are near. For a north pole in between, it will be repelled by the left magnet's N (like pole repel) and attracted to the right magnet's S (opposite pole attract).

Step2: Analyze Force Direction and Field Lines

Forces on the middle north pole: repelled by left N (force to the right) and attracted to right S (force to the right). So forces act in the same direction. Magnetic field lines show the direction a north pole would move, so they align (point from N to S, so between the two magnets, lines go from left N to right S, showing attraction and aligned force direction, making field lines appear to "pull" together or be in the same direction - here, since forces are same direction, field lines are in the direction of the net force, and the interaction is attractive (opposite poles), so field lines between are from N to S, and the middle north pole is repelled by left N, attracted to right S.

Answer:

• The two magnets have opposite poles near each other. In between the magnets, the north pole of another magnet would be repelled by the north pole of the magnet on the left and attracted to the south pole of the magnet on the right. Because these forces act in the same direction, the magnetic field lines between the two magnets are drawn towards the south pole of the right magnet (or show attraction, with lines connecting N to S, and the middle north pole experiences repulsion from left N and attraction to right S, forces in same direction, field lines aligned).

(For the dropdowns: first is "opposite", then "repelled by", then "attracted to" (for the second blank, the right magnet's pole near the middle is S, so attracted to S), and "the same direction" for the force direction blank, leading to field lines being "pulled" or aligned in that direction, showing attraction between opposite poles.)