Which of the following statements correctly describes the force between two magnets? Question 4 options: The force increases as the charge of the magnets increases. The force increases as the distance between opposite poles of the two magnets increases. The force increases as the distance between the magnets increases. The force increases as the distance between similar poles of the

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jba236236 jba236236 · Answer 1 · 2020-04-25T03:00:44+02:00

Answer:

A: The force increases as the Charge increases.

Explanation:

Once charge is moving, and as it increases, it begins to affect other nearby magnets with higher intensity and exertion of the magnetic field.

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okpalawalter8 okpalawalter8 · Answer 2 · 2021-09-18T02:31:52+02:00

We have that The statements correctly describes the force between two magnets is

" The force increases as the distance between opposite poles of the two magnets increases"

Option B

From the question we are told that

The force increases as the charge of the magnets increases.

The force increases as the distance between opposite poles of the two magnets increases.

The force increases as the distance between the magnets increases.

The force increases as the distance between similar poles of the

Generally when a magnet is activated or created unlike pole attract each other i.e

The Poles attraction is inversely proportional

Therefore

The statements correctly describes the force between two magnets is

" The force increases as the distance between opposite poles of the two magnets increases"

Option B

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