The gravity of a planet does not hold it in place, nor does any planet stay still. The planets are in constant motion as they orbit the sun.
Rovers on Mars can stay on the surface due to the red planet's gravitational pull. While gravity on Mars is only about 38% of that on Earth, it is still strong enough to keep objects on its surface. Rovers are designed with wheels and traction systems to navigate and maneuver across the Martian terrain.
I don't think you understand the gravity of this situation!!
gravity
Gravity
There is gravity on the moon but not enough to stay on the groung for long periods of time groung really8===D
He will be so pleased to find that he has lost 62% of his weight that he may want to stay there.
Mars' moons, Phobos and Deimos, stay in their orbits around Mars due to a combination of Mars' gravitational pull and their initial velocity when they were captured by Mars' gravity. The gravitational force from Mars keeps them in orbit, preventing them from flying off into space.
If they stay still for long enough, maybe...xxx
Gravity pulls everything at all times. The reason airplanes are allowed to fly is because they give enough lift. Airplanes push back on gravity more than gravity pushes on them, allowing them to stay in the air.
Because you are dumb enough to stay, apparently.
yes, because of the earth's gravitational pull and the air slightly moving you back and forth, it does this by not wind but by gravity. the gravity makes the air make a very slight breeze making you very lightly sway. so basically air + gravity = movement.
Buggy stays on the moon due to the moon's gravity, which is about 1/6th of Earth's gravity. This reduced gravity allows the buggy to easily maneuver and stay grounded on the moon's surface. Additionally, the design and engineering of the buggy's wheels provide traction and stability on the uneven lunar terrain.