answersLogoWhite

0

Newton proved this. Because if you raise an object and remove the support, it will fall towards the Earth (down). That is because the Earth has the largest mass nearby. That is gravitational attraction.

User Avatar

Wiki User

10y ago

What else can I help you with?

Related Questions

How do you know gravity exsists?

We know that gravity exists because we walk on our two feet and we do not float around in the air.


Does mass determine the force of gravity?

You're on to it! Gravity appears to be a property of mass. No mass - no gravity. But exactly what gravity is we don't yet know.


How do you know that gravity is affecting you?

Gravity is affecting everyone I mean we are all on the ground arn't we??


What are three public issues related to science and how are they related?

i only know 1 issue, gravity, nobody know why there is so little gravity


How do you know there's gravity on earth?

Gravity holds the planet together as a 'ball' and you on it. It also makes things fall. We can measure this so we know the force of gravity on earth and can calculate it for other planets and stars.


Is gravity apart of photosynthesis?

Not as far as i know.


What you want to know about science?

How gravity works.


How good is gravity on Venus?

you will ever know.


Do you know what gravity really is?

ya mum.


How can we end the gravity of the earth?

As far as we know presently, it is utterly impossible to "end" gravity; it is a fundamental property of mass. Anything that has mass has gravity.


Who is the god of gravity in greek mythology?

There was no god of gravity since the Greeks did not know about gravity. Atlas kind of acted like gravity by holding the earth up. He was not a god, but a Titan.


Why do we know the gravity on the moon compared on earth?

We can know through two ways. First, we know the moon's mass and radius. From there it is fairly simple to calculate surface gravity. Second, we have sent probes and people to the moon, making it possible to actually measure the strength of gravity.