gravitational pull technical
gravitational force technical

We were well past the gravitational pull of the Moon.

And this has an effect on things which are within the reach of that gravitational pull.

But now the gravitational pull was more than twice what they expected.

Why, then, should anything rise, against the direction of the gravitational pull?

Without the gravitational pull of the Earth they would fly off in a straight line.

It needed gravitational pull and there was none to speak of.

He felt light on his feet, though there was a definite gravitational pull.

Now we have left the gravitational pull of the earth."

Even those who never dared set foot in the place felt its gravitational pull.

It was not a gravitational pull, but a drawing of the ship itself.

It was as if he exerted some kind of gravitational pull over her.

An object has weight due to the gravitational pull on it.

Tom felt again the terrible gravitational pull inside the Collector.

The gravitational pull of the asteroid was much too weak for that.

Are they still tied to the dying stars gravitational pull?

It has almost the same mass, size, density, and gravitational pull as the Earth does.

The planet's gravitational pull was about ten per cent higher than Earth's.

So strong is this gravitational pull that nothing, not even light itself, escapes a black hole.

Except for their gravitational pull on one another, they have no effect on each other.

The magnet is able to hold the pin against the gravitational pull of the entire Earth.

Like the cold war, this one, while it lasts, will assert a gravitational pull on everything.

They were, it appeared, being sucked in by the black hole's gravitational pull.

What happens to the light rays is that they are bent by the gravitational pull.

I've described my own tumble into journalism as a kind of gravitational pull.

The gravitational pull exerted by the Earth at its surface is what we call weight.

We will consider from this point the gravitational force alone.

The gravitational force of the Sun is also working on the seas.

Finally, the nature of the gravitational force is not understood, to my knowledge.

According to Einstein there was no such thing as a gravitational force.

But he went on to say that the real surprise was how small the Sun's gravitational force is.

At some speed, the Earth's gravitational force would not be enough to keep us on the surface.

You seem to imply that it is the gravitational force.

One of these terms is from the gravitational force between the object and the wake.

"F" is the total gravitational force between the two objects.

Living on the surface of a solid body you are exposed to a strong gravitational force.

Its gravitational force seems to have slowed life a notch.

The gravitational forces will pull them into one sun or the other."

Since the gravitational force there is zero, you will continue without slowing.

Analysis of the data should determine the gravitational forces acting upon the star.

Well, of course: as the gravitational force varied, so did the need for acceleration.

The gravitational force is still there (the earth eventually catches you after about a second).

A common use for point mass lies in the analysis of the gravitational force fields.

The shape and energy of the land is significantly affected by gravitational forces.

In other words, they can still live and breed despite gravitational forces that are 400,000 times greater than what's felt here on Earth.

However, this is not always the case for systems in which the gravitational force is important.

Their models, it turns out, produce a weakened gravitational force.

At least, it promised to release entire cities from gravitational force.

There are instruments that record the slightest changes in gravitational forces.

There is also the gravitational force of the moon which tries to pull us off the earth.

Changing the object being pulled may change the size of the gravitational force, but not the direction.