How would two objects with susceptibilities of -51 x 10-5 and 60 x 10-5 behave in a static magnetic field?

In analyzing how two objects with different magnetic susceptibilities behave in a static magnetic field, understanding the nature of magnetic susceptibility is key. The first object has a susceptibility of -51 x 10^-5, indicating that it is diamagnetic, meaning it will be repelled by the magnetic field. The second object, with a susceptibility of 60 x 10^-5, is paramagnetic, suggesting that it will be attracted to the magnetic field.

When these two materials are placed in the same magnetic field, their opposing magnetic characteristics lead to a force interaction. The diamagnetic material will try to move away from the magnetic field, while the paramagnetic material will attempt to move toward it. Since one measures negative susceptibility (indicating opposition), and the other is positive, they will exert forces that act against each other.

This dichotomy results in a dynamic where, theoretically, the opposing forces could lead to a situation where their effects are balanced or can counteract one another. Consequently, while the interaction between the two materials does not lead to a complete cancellation of all magnetic phenomena, it does suggest that at least part of the forces acting on them will oppose each other.

Therefore, the assertion that these objects will oppose each other can indeed lead to a