It is a simple answer: it is almost equal.
Exact answer - it is 0.916 that of Earth.
In fact, of the 8 planets in the Solar System, only Jupiter (2.36) and Neptune (1.12) possess a gravity field that is greater than that of Earth.
Unfortunately it's not easy to give exact answers for the "gas giants."
It depends on the source of the information and the definition of surface gravity.
Many sources say Saturn's surface gravity is slightly greater than Earth's.
See the related link for further information.
Earth's gravity will not change normally on the ground, however yes, you will experience a decreased pull at your height, and you weight will also decrease. If you were to go higher, you would feel the gravity even less!
Since that is very near to Earth - compared to Earth's radius - the gravity will be almost the same as on the surface. If you want to know exactly how much the gravity gets reduced, look up the distance, and use the formula for gravitation.
The gravity level of Earth is approximately 9.81 meters per second squared (m/s^2).
Since Pandora's shape is irregular the surface gravity varies considerably from one spot to another. It ranges from 0.027% to 0.061% the gravity on Earth.
The clock at the top of Mount Everest will display a slightly faster time compared to the clock at sea level on Earth due to the effects of gravity and the Earth's rotation.
The unit of measurement used to measure gravity (G's) is actually based off of Earth's gravitational pull; one G is the level of gravity on Earth.
Yes, sea-level pressure is determined by the weight of the air above a specific location due to gravity. The greater the amount of air molecules in the atmosphere, the higher the pressure. Changes in gravity will affect pressure readings, such as at higher elevations where there is less gravitational pull compared to sea level.
Earth's gravity @ sea level
The acceleration of gravity at the 'surface' of Jupiter is 2.639 times its value at the Earth's surface.
The acceleration due to gravity on Saturn is approximately 10.4 m/s^2, which is slightly lower than Earth's gravity. This means that objects on Saturn would weigh less compared to Earth due to the weaker gravitational pull.
The acceleration due to gravity is greater at sea level.
The weight of an object changes with increasing elevation on Earth because the force of gravity decreases as you move further away from the Earth's center. This means that an object will weigh less at higher elevations compared to at sea level.