A north magnetic pole is facing another north magnetic pole with a distance x . If the distance between the poles becomes 1/2x
, what happens to the magnitude of the field energy between them?(1 point)

The field energy will gradually dissipate until it reaches zero.

The field energy will remain unchanged.

The field energy will decrease.

The field energy will increase.

Option 4 (The field energy will increase) is the right response.

Explanation:

Whereas the power kept secure in either an attribute has been collected, the artifact would be decided to push throughout the straight line that induces the electrostatic repulsion to greatly reduce. This same power generated will indeed be significantly decreased as well as supplanted by the power generation of the motion. Sometimes when magnetic poles figure together including poles, this same energy rendered inaccessible would then greatly reduce if those who keep moving off from each other. So our policy requires that perhaps the magnets would be tried to push throughout a position that reduces the energy consumed. That is, they're being allowed to force apart.

All those other alternative solutions aren't closely linked to the example in question. Therefore the choice above is the right one.

Why the rest of the question?