If the distance between two objects is increased, the gravitational force will. increase

decrease

decrease by the distance square

increase byt the distance square

The answer is "decrease by the distance square"

Explanation:

Since the gravitational force is straightforwardly corresponding to the mass of both connecting objects, more enormous items will pull in one another with a more prominent gravitational force. So as the mass of either object expands, the power of gravitational fascination between them additionally increments. On the off chance that the mass of one of the articles is multiplied, at that point the force of gravity between them is multiplied. In the event that the mass of one of the items is significantly increased, at that point the force of gravity between them is significantly increased. In the event that the mass of both of the items is multiplied, at that point the force of gravity between them is quadrupled, etc.

Since gravitational force is conversely corresponding to the square of the partition distance between the two communicating objects, increased distance will bring about decrease in gravitational force. So as two objects are isolated from one another, the force of gravity between them likewise decreases.

answer; the above statement is *(false);

answer; not notated (at least, not in the traditional sense) and includes many improvised sections and solos;