Gravity and velocity vectors in the proper ratio combine to make a state of perpetual falling towards the Earth that always misses
gravity
the atmosphere of gravity pulls it.
Every gravitational orbit is the result of the mutual gravitational forces between the orbiting bodies.
Yes, it's held in orbit by gravity.
It is held in its orbit by the mutual gravitational attraction between the earth and the moon.
Yes, the moon has its own orbit around the earth, held in place by the earth's gravity. As the earth orbits around the sun, the moon goes with it.
The moon is held in an orbit around the Earth due to the Earth's gravitational pull on the moon.
Any moon is held in orbit by gravity, just as the planets are held in orbit around the sun by gravity.
A geostationary orbit achieved by being in a location where the satellite's orbital period is 24 hours. This means the satellite is about 36,000 km (22,000 miles) above the Earth's surface. All orbits must therefore be over the equator. Every orbit around the earth looks like a circular (or elliptical) ring whose center (or one foci) is at the center of gravity of the Earth. An orbit exactly above the equator is one such orbit, but any orbit can be tilted as long as the center (or focus) stays at the Earth's center and the whole orbit is flat like a disk. On various NASA maps this makes the orbit look like a sinewave, but on a globe it stays a flat circle (or ellipse). On "Star Trek" I have seen errors a number of times on "Geostationary orbit over the North Pole", well you can't do that. Likewise, a "Lunar-stationary orbit" is impossible for a spacecraft, since Earth itself is already IN THE STATIONARY ORBIT POSITION! Remember that a geostationary orbit looks like it is always over the same spot on the Earth (or other body). If you were on the Moon, the Earth would be in the same position in the sky at all times.
Everything is held together by the Suns gravity , so it stays in orbit.
An object orbits a parent body because of the gravitational pull of the parent body. The orbiting object also exerts a gravitational pull on the parent body, and if it's large enough, they are said to orbit each other (binary). Planets orbit the Sun and moons (natural satellites) orbit planets for the same reason. The only difference is who the primary is: If the primary is a planet, the orbiting object is called a natural satellite, or moon.
nither it is a natural satellite held in orbit by the earths gravity. Without it we would have no tides.