Yes. The force of attraction between two objects is inversely proportional to the square of separation between the objects. That's why if we move away from the Earth (or any stellar object), the pull of gravity gets weaker.
You could also say that the farther you are from another mass, the smaller your *mutual* attraction by gravity, since all objects attract all other objects. It is only in asteroids, moons, planets, and stars that we begin to see it as an appreciable force.
There less gravity on Mercury than on Earth.
Weaker.
Gravity is governed by an "inverse square" relationship. This means gravity gets exponentially weaker the farther away you get. If I am 4 miles away from the center of the Earth, I will experience 1/16th the gravity that someone 1 mile away will experience. I am 4x farther away, but I get 16x less gravity.
Gravity is the attraction between masses. And since the moon has less mass than earth, the gravity is weaker there. Over a distance gravity is weaker.
Gravity is the attraction between masses. And since the moon has less mass than earth, the gravity is weaker there. Over a distance gravity is weaker.
Pluto has a weaker gravity than Earth. In fact, Pluto has a weaker gravity than Earth's moon.
Venus has weaker gravity than Earth.
it has weaker gravity than Earth
The "surface gravity" is slightly less than on Earth.
Mars has a much weaker gravity than Earth.
There less gravity on Mercury than on Earth.
Weaker as it is smaller.
weaker
It has much weaker gravity.
Mars has a weaker gravity than earth because it is a smaller planet and is smaller than
Uranus has a slightly weaker "surface gravity" compared with the Earth.
Uranus's surface gravity is weaker.