Question

magnetic field lines point in the direction of the magnetic force exerted on the north pole of a magnet. this model represents the magnetic field around a disc magnet. complete the sentences. the north pole of another magnet would be dropdown the disc magnets north pole and dropdown its sou options: attracted to, repelled by magnetic field lines point dropdown the disc magnets dropdown its south pole.

Explanation:

Step1: Recall Magnetic Pole Interactions

Like magnetic poles repel, unlike attract. So north - north: repel, north - south: attract. Magnetic field lines go from north to south outside a magnet.

Step2: Analyze Each Blank

1. First blank: North pole of another magnet and disc magnet's north pole (like poles) → repelled by.
2. Second blank: North pole of another magnet and disc magnet's south pole (unlike poles) → attracted to.
3. Third blank: Magnetic field lines direction (from north to south outside) → away from north pole, towards south pole. So for the disc magnet, field lines point away from its north pole and towards its south pole.

Answer:

1. The north pole of another magnet would be \(\boldsymbol{\text{repelled by}}\) the disc magnet's north pole.
2. The north pole of another magnet would be \(\boldsymbol{\text{attracted to}}\) the disc magnet's south pole.
3. Magnetic field lines point \(\boldsymbol{\text{away from}}\) the disc magnet's north pole and \(\boldsymbol{\text{towards}}\) its south pole.