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The gravitational force between two objects depends on the mass of the objects and the inverse of the square of the distance between the objects. But what creates this force, why to matter in the space attract each other ?

2007-08-30 03:17:09 · 4 answers · asked by spankerpoligoli 1 in Science & Mathematics Physics

4 answers

The why of gravity is found in the composition of mass. Mass is composed of electromagnetic energy. This is found in the physics trilogy: E = mc2, m = E/c2, and c2 = E/m. Notice that the "c^2" value in both of the first two equations is that which forms the basis of the equation. All forms of mass and energy within our universe are composed of electromagnetic energy. Were our universe to unravel, it would convert into the gamma frequency range, as happens when electrons unravel.

The graviton appears to be that of the value of "h", a very small numerical value. This value moving at the speed of light influences all forms of mass and energy to begin moving in the direction from which it, the graviton, originated, so all forms of energy and mass align to a common axis, moving at the speed of "c".

2007-08-30 06:02:37 · answer #1 · answered by d_of_haven 2 · 0 1

Modern science has no answer to "what is gravity?" It's really just a concept, rather than a THING. It's kind of like a side-effect of mass. where there's mass there is gravity, but no one knows why.

2007-08-30 04:36:22 · answer #2 · answered by jadespider9643 4 · 0 0

because mass is related to gravity, thats pretty much it, mass, other than that I don't know what else creates this force, but bigger objects have more mass thus more pull

2007-08-30 03:25:42 · answer #3 · answered by Anonymous · 0 0

i've got locked all my reference books away for a whilst (so i will't provide you names etc)yet i understand that The common Gravitational consistent (G)grow to be measured usind a lead sphere and a (gold?)sphere employing a torsion stability in a lab greater advantageous than 50 years in the past and somewhat appropriately;From memory neither sphere had a mass greater advantageous than100kg.

2016-10-09 10:43:03 · answer #4 · answered by holleman 4 · 0 0

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