Gravity is not a pulling force in the sense that a rope pulls a ball. In the simplest example the earth can be said to be attracted to the sun. Objects equidistant from the sun, including the earth, all fall towards the sun at the same acceleration. So their masses have nothing to do with their rate of acceleration.If one wants to say that it takes a greater force[in the sense of pull] to move the earth then that same greater force would be acting on the bodies of smaller size in proximity to the earth and should pull them faster. But if the particles of the different bodies all respond equally to the environment[whatever that might consist of] of the sun then they will move towards the sun at an equal rate. All the particles of matter of the different bodies react the same way regardless of their mass.
I love these seemingly simple questions that delve into the ROOT of physics knowledge! The answer is: NOBODY really knows! Gravity can be thought of as the warpage of the space time continuum, and the pull of one body on another is a FUNDAMENTAL force. It is possible to have a uniuverse where this is not true? Maybe. Nobody knows that either! Ya gotta love it.
Toward the center of the other object responsible for the pull. On Earth, we always
call that direction "down", even though no two places on Earth have the same "down".
In an upward direction
The pull of gravity is what pulls things down. This is on lots of planets.
gravity
A pull. Gravity is always attractive, so in the long run, gravity is the deciding factor in the motions of planetary bodies
Gravity will pull on anything that has mass.
everything that gravity can have a push or a pull
the pull of gravity on a camera is its weight
The pull of gravity is what pulls things down. This is on lots of planets.
Gravity is a pull from the earths core. it is known as a "force"
Weight is the measure of the pull of gravity. Weight is the mass of an object and can be measured by using a scale.
I think that's gravity. Gravity is the pull of a celestial body on other things.
It is the gravity pull of the moon and the gravity pull of the sun that causes tides.
No, 'the pull of gravity' is a nominal phrase. Notice that the word 'pull' acts as a noun, not a verb in this sentence.
gravity
The pull of gravity between them will be so light
gravitational pull
Gravity is an attractive force that occurs between all objects with mass. The gravity of any planet will pull objects in.
A pull. Gravity is always attractive, so in the long run, gravity is the deciding factor in the motions of planetary bodies