Which planet exerts the greatest pull of gravity?

Answer 1

Gravity is strongest at the poles of the earth because at the equator, the earth bulges out slightly. That puts objects at the equator "a bit farther away" from the earth, so they will be "pulled on less" owing to the fact that they are not as close.
Gravity is influenced by the distance from the center of gravity and the mass of the object. The closer you are to the center of the earth, the greater the gravitational pull will be (and vice-versa).

Answer 2

Earth's gravitational pull is strongest near the Earth's surface.

Earth's gravitational pull is strongest near the Earth's surface.

Earth's gravitational pull is strongest near the Earth's surface.

Earth's gravitational pull is strongest near the Earth's surface.

Answer 3

The acceleration of gravity on earth is 9.8m/s2 .

The force on each object depends on the mass of the object.

That's why different people have different weights, and why

most people weigh less than most trucks.

So the object that will be attracted to the earth with the greatest force

will be the object with the greatest mass.

Answer 4

Earth's gravity does not change.

Perhaps the gravitational attraction toward the moon and the sun may be relatively greater when the
earth is relatively nearer to those bodies; but that should be interpreted as "co-channel interference"
alongside earth's gravitational field, and not as any change in it.

Answer 5

.......At the surface of a planet. The force of gravity is generally higher for more massive planets and bodies and lower for smaller bodies. This is because the force of gravity is ratedto mass........ The value of varies inversely as tie sq of the radius of Earth. Radiur at equater is greatest. Hence value of g is minimum at equater. The radius at poles is least. Hence the value of g is maximum at the poles. G increases from tie equator to poles.

Answer 6

The force of gravity depends only on the amount of mass. It doesn't care what

substance the mass is made of. That's why a kilogram of gold and a kilogram of

mud have the same weight.

Answer 7

At the surface of a planet. The force of gravity is generally higher for more massive planets and bodies and lower for smaller bodies. This is because the force of gravity is rated to mass........ The value of varies inversely as tie sq of the radius of Earth. Radius at equator is greatest. Hence value of g is minimum at equator. The radius at poles is least. Hence the value of g is maximum at the poles. G increases from tie equator to poles.

Answer 8

Jupiter exerts the greatest pull of gravity among all the planets in our solar system. Its large size and mass contribute to its strong gravitational force.

Answer 9

In January, the Earth is closest to the Sun in its orbit, so that is when the pull of the Sun is greatest (as on the tides) and when the Earth is moving the fastest in its orbit.

Answer 10

Jupiter exerts the greatest pull of gravity because it has more mass as compared to other planets of our solar system.