The gravitational pull between two objects depends on their mass and distance. What is meant by distance?(1 point) Responses The height of an object above the ground, meaning that an object will fall faster as the height above the ground increases. The height of an object above the ground, meaning that an object will fall faster as the height above the ground increases. How far apart the two objects are located, meaning that objects farther apart have a stronger gravitational pull than closer objects. How far apart the two objects are located, meaning that objects farther apart have a stronger gravitational pull than closer objects. The length of the object, meaning if the object is longer it will exhibit more gravitational pull than if it is short. The length of the object, meaning if the object is longer it will exhibit more gravitational pull than if it is short. How close the two objects are located, meaning that closer objects have a stronger gravitational pull than objects farther apart.

Answer 1

The correct response is: How close the two objects are located, meaning that closer objects have a stronger gravitational pull than objects farther apart.

In gravitational interactions, the force of gravity decreases as the distance between two objects increases. Thus, closer objects exert a stronger gravitational pull on each other.