23. Below is an image of two objects represented by m1 and m2. The distance between the objects is r. Using the Law of Universal Gravitation what would happen to the force of gravity if the distance (r) between both objects increased.

(1 point)
Responses

The force of gravity would increase.
The force of gravity would increase.

The force of gravity would decrease.
The force of gravity would decrease.

The force of gravity would stay the same.
The force of gravity would stay the same.
Question 2
24. Using the same image above what are two ways to increase the force of gravity?(1 point)
Responses

Decrease the mass of m1 or increase the distance between the objects (r).
Decrease the mass of m1 or increase the distance between the objects (r).

Decrease the mass of m1 or decrease the distance between the objects (r).
Decrease the mass of m1 or decrease the distance between the objects (r).

Increase the mass of m1 or increase the distance between the objects (r).
Increase the mass of m1 or increase the distance between the objects (r).

Increase the mass of m1 or decrease the distance between the objects (r).

1 answer

For the first question regarding the force of gravity and the effects of increasing the distance (r) between two objects:

The correct response is: The force of gravity would decrease.

This is based on the Law of Universal Gravitation, which states that the gravitational force (F) is inversely proportional to the square of the distance (r) between the centers of two masses (m1 and m2) and directly proportional to the product of their masses. Thus, as r increases, F decreases.

For the second question on how to increase the force of gravity:

The correct response is: Increase the mass of m1 or decrease the distance between the objects (r).

Increasing either mass will increase the gravitational force, and decreasing distance will also increase the force of gravity due to the inverse relationship described in the Law of Universal Gravitation.

So to summarize:

  • Question 1: The force of gravity would decrease.
  • Question 2: Increase the mass of m1 or decrease the distance between the objects (r).