Observing a set of pith balls with positive charges, how does the distance between the pith balls affect the electric electrical charge?(1 point)

Question

Responses

The greater the distance between the pith balls, the greater the amount of electric charge that exists between them.
The greater the distance between the pith balls, the greater the amount of electric charge that exists between them.

The lesser the distance between the pith balls, the greater the amount of electric charge that exists between them.
The lesser the distance between the pith balls, the greater the amount of electric charge that exists between them.

The distance between the pith balls will not affect the electric charge.
The distance between the pith balls will not affect the electric charge.

The greater the distance between the pith balls, the lesser the amount of electric charge that exists between them.
The greater the distance between the pith balls, the lesser the amount of electric charge that exists between them.

Answer 1

The correct response is:

The greater the distance between the pith balls, the lesser the amount of electric charge that exists between them.

This is because the force between charged objects (in this case, the pith balls) decreases with increasing distance according to Coulomb's law, which states that the electric force between two charges is inversely proportional to the square of the distance between them. However, it's important to note that while the force decreases with distance, the amount of charge on each pith ball remains constant; what changes is the force experienced between them.