Which of the following is the best definition of Newton's theory of universal gravitation?
Every object is pulled downward with a force that increases as the height from which an object is dropped increases.

Every object is attracted to the Earth with a force that increases with increasing mass and distance.

Every object attracts every other object in the universe, with a force that increases as the objects' masses decrease and the distance between them increases.

Every object attracts every other object in the universe, with a force that increases as the objects' masses increase and the distance between them decreases.

every object attracts every other object in the universe, with a force that increases as the objects' masses increase and the distance between them decreases.

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batolisis batolisis · Answer 2 · 2021-09-21T14:02:13+02:00

The definition of Newton's theory of universal gravitation is : ( D )

Every object attracts every other object in the universe, with a force that increases as the objects' masses increase and the distance between them decreases.

Newton's theory of universal gravitation states that "every object attracts every other object in the universe with an attracting force that is proportional to the product of their masses and is inversely proportional to the square of their distances "

Therefore based on the Newton's theory of universal gravitation the best definition from the options given above is Every object attracts every other object in the universe, with a force that increases as the objects' masses increase and the distance between them decreases.

Hence we can conclude that Every object attracts every other object in the universe, with a force that increases as the objects' masses increase and the distance between them decreases.

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