The gravitational attraction between the satellite and the earth keeps the
satellite in orbit.
Lucky thing that only one force is needed, because the force of gravity is the
only one there is.
Gravity and not crashing into anything else which crosses its path.
The force of gravity between the two objects, and the velocities of the objects.
Gravitation. There is only one force involved.
Really, there's only one: gravity. Whoever wrote this question may have been thinking of inertia or momentum, but neither of those are actually forces.
Gravity and inertia.
These paths are called Orbits.
There is gravity in space. Gravity is what makes orbits possible.
Anywhere. Some go to and join the orbits of specific planets or systems, and others travel endlessly throughout space.
pathway that a celestial body follows. Planets, comets, asteroids orbit the Sun. Moons orbit their planets. The Solar System orbits the Galactic Center.It is the imaginary pathway that a body in space follows as it moves around another body. The earth and the other planets orbit the sun, and various moons orbit their host planets.
All the planets stay in orbit around the sun because of the sun's gravitational pull. Now you are probably wondering why the planets don't all get sucked into the sun,well it is the high orbital speed that keeps the planets from falling all the way into the Sun and since there is no friction in the vacuum of space, that speed doesn't slow down.
Of course. That's how planets, comets, and moons are maintained in closed orbits around other masses.
Yes both Pluto's and Neptune's orbits intersect in space.
it orbits an object in space.
The sun's gravity holds the planets in their orbits. It also holds other space objects in their orbits, such as asteroids.
Gravity keeps the planets from shooting off in to space, while the planet's momentum prevents in from falling in to the sun. When these are balanced, an orbit is achieved.
These paths are called Orbits.
There is gravity in space. Gravity is what makes orbits possible.
because there is no gravitey in space so that can flote
No. Astronomy has to do with stars, planets, comets, and everything else that has to do with space. The orbits of planets, constellations, and history of space exploration is also a part of astronomy.
Yes. The moon is close to the planet it orbits: Earth.
Anywhere. Some go to and join the orbits of specific planets or systems, and others travel endlessly throughout space.
Well, you don't want to send a probe to one location in space where a planet doesn't obit, it would be pointless. So knowing the orbits of the planets help you send whatever you're trying to send to the right location, and not just a random spot in space.