the north pole of a bar magnet is moved close to the north pole of a second bar magnet. what prediction best…

the north pole of a bar magnet is moved close to the north pole of a second bar magnet. what prediction best describes how the first magnet responds when it is released?\nit will move toward the second magnet because like poles repel.\nit will move toward the second magnet because like poles attract.\nit will move away from the second magnet because like poles repel.\nit will move away from the second magnet because like poles attract.

the north pole of a bar magnet is moved close to the north pole of a second bar magnet. what prediction best describes how the first magnet responds when it is released?\nit will move toward the second magnet because like poles repel.\nit will move toward the second magnet because like poles attract.\nit will move away from the second magnet because like poles repel.\nit will move away from the second magnet because like poles attract.

Answer

Brief Explanations:

When two like poles (north - north in this case) of magnets are brought close, they repel each other. So when the first magnet (with its north pole near the second magnet's north pole) is released, it will move away due to the repulsion between like poles.

Answer:

It will move away from the second magnet because like poles repel.