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The gravitational force is a very weak one. Actually we only feel earth's gravitational field because the earth's mass is huge. So is the gravitational field of stars and astronomical bodies. But since the objects we usually deal with have really small masses, it's gravitational force is so weak that it gets surpassed by many other forms of force (like friction, for instance). So if you could have a situation where no other forces were involved and you had an equipment precise enough to measure the force you would be able detect the usual object's gravitational force.

AnswerIf you think about it, objects indeed stick together as a result of gravity. The planets formed (or so we theorize) by the "accretion" of materials floating around the young sun in the very early period of the solar system. At first bits of dust, rock and gas just floated and crashed together, but physical objects of any size have at least some gravity. The larger chunks of rubble attracted one another, and stayed together, giving the now larger object more gravity. And on and on it went until-- Big Ben!

Objects that end up not sticking together are in stable enough orbits not to attract each other to the point of collision. But collisions still do occur, as proven dramatically by the comet collision on Jupiter actually witnessed just a few years ago.

ANOTHER ANSWER

They do. Proportionally to mass. Just try to lift that 1 ton block of concrete by hand!!

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the mass of the attracted bodies, and the distance between them

Gravity is the force of attraction between all masses in the universe.The magnitude of a gravitational force depends onthe masses of the objectsthe distance between the objectsThe gravitational force between two bodies increases as their masses increase.

The more massive the objects, the greater the gravitational force between them. The gravitational force is affected by mass and distance. The closer two bodies are, the greater the gravitational force also.

Electric force is created by the attraction or repulsion of two charged bodies. Gravitational force is created by two bodies being attracted to each other due each body being caught in each other's gravitational field.

As far as I know, it's because the gravitational pull of the planet they are close to. They are closer to the planet; therefore the pull is greater to the planet.

Basically as light approaches bodies it gets bent. Although the objects have to be very big; for example our Sun. The bodies have to be big because small bodies do not have big strong gravitational fields, they have small, weak gravitational fields. Whereas big bodies have big and strong gravitational fields. This is due to its mass, and I am not gonna get into more detail cause it's not needed to answer the question.

If they are farther apart, there is less gravitational pull. Opposite if they are closer together.

It depends on the masses of the objects involved (more masses result in more gravitational force) and on the distance (a greater distance results in less gravitational force).

The gravitational force attracts all matter; the moon's gravitational force is able to move oceans causing tides because water is fluid enough to move and displace under the small force exerted by it.

The gravitational attraction between two objects is proportional to the MASS of each object and inversely proportional to the square of the DISTANCE between them.

1) Gravitational attraction increases when distance between the masses decreases. 2) Gravitation attraction increases when mass of the bodies increases.

The amount of gravitational force between two objects is directly proportionalto the product of their masses and inversely proportional to the square of thedistance that separates them.This is stated in Newton's Universal law of gravity:F1,2 = G[m1m2]/(r1,2)2F1,2 , gravitational force between bodies 1 and 2 with masses m1 and m2.r1,2 , the distance between bodies 1 and 2.G, the Universal gravitational constant.

No; the directions up and down are defined by the gravitational attraction of nearby bodies only.No; the directions up and down are defined by the gravitational attraction of nearby bodies only.No; the directions up and down are defined by the gravitational attraction of nearby bodies only.No; the directions up and down are defined by the gravitational attraction of nearby bodies only.

The force of gravity is inversely proportional to the square of the distances between thee two bodies. Hence if the distance between the bodies is doubled, the gravitational force decreases four times. If the distance is tripled, the gravitational force decreases 9 times.

yes as G =(M)(m) thus as mass increases d force of gravitational also increases b/w d bodies. (r)(r)

The gravitational force would increase. This is because the gravitational force between two bodies is directly proportional to the product of the two masses. So if you double the mass of one of the masses, the force would double.

F is proportional to M1 and M2 F is inversely proportional to square of R, the distance between the two bodies. F = (G x M1 x M2)/R^2 wher G is the gravitational constant.

A combination of the bodies' inertia, and the Sun's gravitational attraction.

Two objects that have mass will attract each other due to gravitational attraction if they are placed sufficiently close to each other. This is the law of nature. According to Newton's law of universal gravity, this force F is given by: F = GM1M2/r2 where G is the gravitational constant M1 and M2 are the masses of the two bodies r is the distance between the two bodies

Gravitational mass is a term used in physics. The definition of gravitational mass is the mass of a body as measured by its gravitational attraction for other bodies.

Gravity keeps objects in orbit around the Sun; it keeps the objects together; and the gravity from one object can perturb the orbit of other objects.

gravitational force is exerted on heavenly bodies

Gravity is a force that attracts physical bodies to each other. Galileo Galilei was the catalyst for modern work on gravitational theory.

The force of attraction between all masses in the universe; especially the attraction of the earth's mass for bodies near its surface) "the more remote the body the less the gravity"; "the gravitation between two bodies is proportional to the product of their masses and inversely proportional to the square of the distance between themSimplified:Every bodies are attracted to the center of the earth and there is attraction between every bodies.This attractive force is called gravitational force.

Every bit of mass everywhere is gravitationally attracted to every other bit of mass everywhere. That includes celestial objects, and the people who love them.