the gravitational pull of the planet it orbits
The moon is held in place by Earth's gravitational pull. The gravitational force between Earth and the moon keeps the moon in orbit around the Earth.
Gravity is what holds the moon and planets in place. The gravitational force between these celestial bodies and the larger objects like the sun keeps them in their orbits and maintains their positions in the solar system.
One moon joke would be: What holds the moon up? Answer: Moonbeams.
The orbital path of the moon and gravitational attraction between the moon and the earth keep it up there where it is supposed to be.
The moon is held in orbit around Earth by gravity. The gravitational force between the Earth and the moon keeps it from drifting off into space.
The force that holds the moon in place is gravity. Without gravity, there wouldn't be a moon.
The moon is held in place by Earth's gravitational pull. The gravitational force between Earth and the moon keeps the moon in orbit around the Earth.
The force of mutual gravitational attraction. We know THAT it works, but we don't know how. Yet.
Gravity is what holds the moon and planets in place. The gravitational force between these celestial bodies and the larger objects like the sun keeps them in their orbits and maintains their positions in the solar system.
One moon joke would be: What holds the moon up? Answer: Moonbeams.
The orbital path of the moon and gravitational attraction between the moon and the earth keep it up there where it is supposed to be.
The moon is held in orbit around Earth by gravity. The gravitational force between the Earth and the moon keeps it from drifting off into space.
The moon maintains its orbit due to the balance between the earth's gravity and the moon's inertia.
The gravity of its planet.
the earths gravity holds the moon so it orbits the earth.
Buddhists. It is celebrated on the full moon in May.
he holds his breath