I think you mean the center of gravity -
and that's the center of mass:
that point where there is equal mass on all sides-
i.e. the balance point.
One can equate the centrifugal force of the earth to gravity. In both cases, objects tend to be pulled to a central position.
A body in a circular orbit around the earth or sun is moving. There is a gravitational force attracting it towards the central body, but gravity does no work on it. Since the orbit is circular, the object never moves toward the central body, so the force of gravity never moves it through a distance in the direction of the force.
The forces of gravity between two objects act along the line between their centers. That means that gravity attracts the Earth toward the center of you, and it attracts you toward the center of the Earth. Now lets talk about "down": "Down" is the short name we use for "toward the center of the Earth". Since that is the direction in which we always experience the force of gravity, we tell each other that gravity always pulls things 'down'. Take a look at a globe some time, or even a grapefruit, and imagine billions of people walking all over it, with everybody telling everybody else that gravity pulls things 'down'. It should dawn on you pretty quickly that 'down' in Hawaii and 'down' in central Botswana are two completely opposite directions. Same for southern Chile and central Mongolia. "Down" completely depends on where you are.
Sorry; there is no line between gravity and no gravity. Gravity is everywhere.
Yes they are. Every object that has mass follows the well known formulas of gravity. Comets are no exception. Their orbits around the sun are perfectly and completely described by the formulas of gravity.
Gravity plays the central role; without gravity, there would be no such thing as an orbit.
Gravity.
the force which lies in the center of the gravity
right below your belly button.
the force which lies in the center of the gravity
In my solar system, the most massive body, which accordingly has the greatest gravity, is the central star, Sol.
One can equate the centrifugal force of the earth to gravity. In both cases, objects tend to be pulled to a central position.
Hendrik Paulus Coster has written: 'The gravity field of the western and central Mediterranean ..' -- subject(s): Gravity, Figure, Isostasy
less gravity pull farther away from central pole
Objects in space go around other objects, in elipses. They stay there because of the forc of gravity of the central object. Without it, they would go away, in a straight line.Objects in space go around other objects, in elipses. They stay there because of the forc of gravity of the central object. Without it, they would go away, in a straight line.Objects in space go around other objects, in elipses. They stay there because of the forc of gravity of the central object. Without it, they would go away, in a straight line.Objects in space go around other objects, in elipses. They stay there because of the forc of gravity of the central object. Without it, they would go away, in a straight line.
No. You can dig TO the centre. But once you go through, then you will experience gravity pulling in the opposite direction.
Because it has almost all of the mass in the solar system, and that's how gravity works in such a situation.