Question

Which of the following correctly compares gravitational force and distance between two objects?

As the distance increases, the gravitational force increases.
As the distance increases, the gravitational force decreases.
As the distance decreases, the gravitational force decreases.
There is no relationship between gravitational force and distance between two objects.

Answer 1

The mass of the object must be determined

The distance between the two objects is measured

Equation must be solved: All units must be expressed by the metric system and on the corresponding scale

Step-by-step explanation:

Answer 2

The mass of the object must be determined

The distance between the two objects is measured

Equation must be solved: All units must be expressed by the metric system and on the corresponding scale

Step-by-step explanation:

To find the gravitational force you must follow a procedure, it has the following steps:

The equation must be defined for the force of gravity to find the gravity of the object: To find the gravity of two objects that are far away you must take into account the masses of the objects

Formula: Fgrav(Gm1, m2)/d2

f: strength

G: constant of universal gravitation

M1: mass of the first object

M2: mass of the second object

D: distance between objects

Metric distances should be used: the masses of the objects must be expressed in Kg( kilograms) and the distance in M (meters)