No, as gravity goes, it is strong, second only to Jupiter.
It depends on what the question means exactly. The gravitational pull depends on Saturn's mass, but also on the distance from the center of mass.
If the question is about Saturn's "surface gravity", then Saturn's gravity is fairly average, if you take into account the centrifugal effect of Saturn's fast rotation at its equator.
The acceleration due to gravity at Saturn's equator is the fourth greatest out of the eight planets.
I think its because of its weak gravitational pull.
yes but it is very weak
In terms of its physical characteristics, Pluto is relatively small and has a lower gravitational pull compared to the planets in our solar system. Therefore, it could be considered "weak" in that sense. However, Pluto's status as a planet or dwarf planet is not based on its strength but rather on its orbit around the Sun and other criteria defined by the International Astronomical Union.
All masses have a gravitational pull which increases with the size of the mass - if you took a marble though, it would have a gravitational pull but it is too weak to be noticeable. Two mases attract eac other because of their gravitational pull.
it is the same as earth's 9.8 m/seconds squared
Yes, the size of a planet can affect its atmosphere. Larger planets can hold onto gases more easily due to their stronger gravitational pull, leading to thicker atmospheres. Smaller planets may have thinner atmospheres or none at all if their gravity is too weak to retain gases.
ya it has a little bit less gravity than the moon. its........floaty..........
It is a basic concept in physics that mass is directly proportional to gravitational pull. Given Pluto's small size, it has a significantly smaller gravitational pull compared to other planets. This gravitational pull is, in fact, so weak that it cannot hold in gasses that make up an atmosphere. Because of this, whatever gasses may have ever been present are floating into space.
There are actually four: gravitational, electromagnetic, fundamental strong, and weak.
It means that the earth's gravitational pull is too weak to hold the guy, and he flies up to the moon never to be seen again.
Everything that has mass exerts a gravitational pull on everything else with mass... but gravity is such a weak force that objects need to be huge in order to have any noticable effect. No person will ever be big enough that they can noticably attract objects around them.
Neptune's gravity is strong, as it is the fourth largest planet in our solar system. Its gravitational force is about 17% stronger than Earth's.