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@abhijit-dey-damdBv • May 25, 2013
When you move away from an object in space its gravitational pull keeps reducing exponentially and never is zero. While it reduces, the gravitational pull to another object increases exponentially. So, gravitational force is relative and hence cannot be zero. -
@thebigk • May 25, 2013
Gravitational force exists between any two masses - no matter where you are. It's directly proportional to the product of masses and inversely proportional to the square of the distance between them.
To explain it in easier words - your computer's mouse and keyboard have a gravitational force between them.
PS: I'm not quite sure if the force continues to follow the rule under mobile frame of reference. When I get into such doubts, I always check with #-Link-Snipped-# . Sir - is the statement 'Gravitational Force Exists Between Any Two Masses - No Matter Where They Are' correct? -
@ramani-VR4O43 • May 25, 2013
Right you are on the nose.Kaustubh KatdareGravitational force exists between any two masses - no matter where you are. It's directly proportional to the product of masses and inversely proportional to the square of the distance between them.
PS: I'm not quite sure if the force continues to follow the rule under mobile frame of reference. When I get into such doubts, I always check with #-Link-Snipped-# . Sir - is the statement 'Gravitational Force Exists Between Any Two Masses - No Matter Where They Are' correct?
May not apply when the two masses are moving apart at the speed of light, though. In that case they may not exist for each other.