And this is exactly what the force of gravity does.

The only reason we know it's there is the force of gravity.

And if they picked some other point as the surface, would the force of gravity be different?

It's as if the force of gravity itself has changed and is now working in our favor.

This is why a person will feel himself pulled down by the force of gravity while standing still on the Earth's surface.

I think my race across the car park and the force of gravity just made the baby slip out!

The water is moving under the force of gravity over a distance, at least half a foot.

The force of gravity eased enough to let him turn his head.

You said there were three gravity forces, two positive and one negative.

Light, and the force of gravity; both were acting on them.

It will then be free of any gravitational attraction.

The mass of a star can be directly determined only from its gravitational attraction.

The effect is due to the gravitational attraction of light by the sun.

Point out to them that the weight of any small body, which is the gravitational attraction between it and the Earth, varies with its size.

We'll have to use the gravitational attraction of that sun to help us.

What would happen to the force of gravitational attraction if:

Much of what keeps the earth together as a solid mass is the gravitational attraction.

"His name has a gravitational attraction," he wrote in 1901.

It was too small to collapse under its own gravitational attraction.

The gravitational attraction will act through the center of the body.