As a result of the conservation of angular momentum, the slowing of Earth's rotation is accompanied by an increase of the mean Earth-Moon distance of about 3.8 m per century, or 3.8 cm per year.
The moon is moving away from the Earth at a rate of about 3.8 centimetres - or 1.5 inches - per year.
The moon moves away from Earth at a rate of approximately 1.5 inches (3.8 cm) per year due to tidal forces. This gradual drift is caused by the transfer of Earth's rotational energy to the moon's orbital motion.
the moon flys away from the earth
Yes
because of the earth gravitational and magnetic pull
About 1 second away every 50,000 years
The Moon doesn't move away from Earth significantly due to the gravitational pull that Earth exerts on it. While the Moon is slowly drifting away at a rate of about 3.8 centimeters per year, this is balanced by its orbital motion. The gravitational force keeps the Moon in a stable orbit, preventing it from drifting too far away. Additionally, the tidal interactions between the Earth and Moon create a complex dynamic that helps maintain this balance.
It's stuck in the Earth gravitaional pull.Another answer:Because the Earth has a gravitational pull on the moon. Actually, the Earth and moon revolve around each other common center of gravity. Without the Earth in it's way the moon would just head off in a straight line. Instead, as the moon tries to move away, the Earth does two remarkable things. One, it pulls the moon towards Earth, and two, the Earth moves out of the moon's way.
There's no limit to the distance at which Earth's gravity is effective, and no limit to the distance that two bodies can separate and still move in mutual gravitational orbits.
The moon is drifting away from earth at a rate of about 38 millimeters per year. So in 1 million years, the moon will have drifted another 38 kilometers or abour 24 miles further from Earth.
It orbits around Earth because of the mutual gravitational forces between the Earth and the Moon, which attract them to each other.
Something about gravitational pull. If you look on Wikipedia or some other information site, I'm sure you can find out why.