The force due to gravity is stronger if two objects are closer?

Answer 1

The relationship between the gravitational attraction between two objects and their distance from each other would be the farther apart they are the less attracted they are. The closer they are the stronger the attraction.

Answer 2

The universal gravity law states that every particle with a force which is directly proportional to the product of their masses and inversly proportional to the spuare of the distance between them. Consider 2 bodies of masser m1 and m2 with their centrer separated by distance r. The g force between them is F = G m1.m2/r.r. G is gravitational constant. If distance decreace then g force also increace. THE gravitational force is very small in case of lighter bodies. It is appreciable in the case of massive bodies AND the force between Sun and the Earth is of order of 10^27 N . So when the object close to each other there ir gravitational force. Value of G is 6.67 x 10^ -11 N m^2 Kg ^ -2.

Answer 3

Yes - according to the Universal Gravitation Law (Fg = k(q1*q2)/d2) the closer together two objects are, the greater the gravitation pull between them. It makes sense...the Sun's gravitational pull on Earth would be greater than it is on Pluto. Two oppositely charged styrofoam balls attract only when they at a minimum distance apart, but do not when at a greater distance.

Answer 4

Yes, the force of gravity between two objects increases as their distance decreases. This relationship is described by Newton's law of universal gravitation, which states that the force is inversely proportional to the square of the distance between the objects.

Answer 5

no because the farther away it increases not decreases.

Answer 6

better

Answer 7

yes it is