the magnet on the right is moved toward the suspended magnet on the left. which statement describes the…

the magnet on the right is moved toward the suspended magnet on the left. which statement describes the interactions of the magnets in terms of their magnetic fields? a repulsive force between the two magnets causes the suspended magnet to swing to the left. a repulsive force between the two magnets causes the suspended magnet to oscillate like a pendulum. an attractive force between the two magnets causes the suspended magnet to swing to the right. an attractive force between the two magnets cause the suspended magnet to oscillate like a pendulum.

the magnet on the right is moved toward the suspended magnet on the left. which statement describes the interactions of the magnets in terms of their magnetic fields? a repulsive force between the two magnets causes the suspended magnet to swing to the left. a repulsive force between the two magnets causes the suspended magnet to oscillate like a pendulum. an attractive force between the two magnets causes the suspended magnet to swing to the right. an attractive force between the two magnets cause the suspended magnet to oscillate like a pendulum.

Answer

Brief Explanations:

Like - poles of magnets repel each other. Here, the north - pole of the right magnet is approaching the north - pole of the left (suspended) magnet. Repulsion will cause the suspended magnet to move away, i.e., swing to the left.

Answer:

A. A repulsive force between the two magnets causes the suspended magnet to swing to the left.