The moon does pull the earth. All bodies affect others according to their mass and distance
-- The earth and moon both orbit their "common center of mass" ... the point between them where the pivot of the see-saw would have to be in order for them to balance each other. -- Since the earth's mass is about 80 times as much as the moon's mass, that point has to be 80 times farther from the center of the moon than it is from the center of the earth. -- The result is that their "common center of mass" is actually inside the earth. So if you're watching the pair from the outside and you're not measuring too closely, you'd swear that the moon is going around the earth, and you wouldn't notice that the earth is also slightly wiggling. -- By the way ... People often ask "Does the moon orbit the sun or the earth ?" That "common center of mass" of the earth-moon pair is actually the thing that's in orbit around the sun, while the earth and moon are both orbiting it.
because the moon has an orbit that goes around the earth which is a path that the moon takes so it will not bump into any other planets
The moon revolves around the Earth and the Earth revolves around the sun. The moon does not revolve around the sun.
The Moon is in synchronous rotation with the Earth, which means it rotates on its axis in exactly the same time it takes to orbit the Earth, so one side permanently faces the Earth and the other side permanently faces away. The Moon orbits the Earth as a result of the mutual gravitational force of attraction between them.Strictly speaking, the Moon isn't revolving around the Earth per se; rather, both the Moon and the Earth are revolving around a mutual point, known as the barycenter. Because the Earth so much more massive than the Moon, the barycenter of the Earth-Moon system is actually within Earth's crust.
The gravity of the earth is pulling it into orbit.
the moon's gravitional pull on earth decreases with the moon distance from earth
The moon circles around the earth; the earth circles around the sun.
Because the gravity of a larger object pulls the smaller ones toward them.
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.
The moon and the earth both revolve around their common center of mass.
The Earth doesn't orbit the Moon, and the Moon doesn't orbit the Earth; instead, both of them orbit their common center of mass, the "barycenter". The barycenter of the Earth-Moon system is INSIDE the Earth - so the Moon is a satellite of the Earth, not the other way around. If the barycenter of the Earth-Moon system were outside of the Earth, in space between them, then technically they would be "co-planets", not a planet and a moon.
Moon revolves around Earth, Earth revolves around Sun.
You see Earth's revolution around the sun.. the moon revolves around the Earth, not the other way around.
It orbits around Earth because of the mutual gravitational forces between the Earth and the Moon, which attract them to each other.
-- The earth and moon both orbit their "common center of mass" ... the point between them where the pivot of the see-saw would have to be in order for them to balance each other. -- Since the earth's mass is about 80 times as much as the moon's mass, that point has to be 80 times farther from the center of the moon than it is from the center of the earth. -- The result is that their "common center of mass" is actually inside the earth. So if you're watching the pair from the outside and you're not measuring too closely, you'd swear that the moon is going around the earth, and you wouldn't notice that the earth is also slightly wiggling. -- By the way ... People often ask "Does the moon orbit the sun or the earth ?" That "common center of mass" of the earth-moon pair is actually the thing that's in orbit around the sun, while the earth and moon are both orbiting it.
because the moon has an orbit that goes around the earth which is a path that the moon takes so it will not bump into any other planets
The moon revolves around Earth.