An artificial satellite.
An object that orbits a larger object is called a "satellite." Satellites can be natural, like moons that orbit planets, or artificial, such as human-made spacecraft that revolve around Earth or other celestial bodies. Their orbital paths are influenced by the gravitational pull of the larger object they orbit.
To orbit the object.
An orbit around another orbit is called a "satellite orbit" or a "suborbital path". This occurs when a smaller object orbits around a larger object, which is itself in orbit around another celestial body.
An object that orbits around another - is called a satellite.
If the revolving continues for more than a few revolutions, then its path is an elliptical orbit. In space, orbiting cannot take place in a circular path, and the balance point between flying off into space, crashing into the bigger object, or staying in orbit only occurs in an ellipse. It doesn't have to be much of an ellipse, either.
This is an orbit.
orbit
An object that orbits a larger object is called a "satellite." Satellites can be natural, like moons that orbit planets, or artificial, such as human-made spacecraft that revolve around Earth or other celestial bodies. Their orbital paths are influenced by the gravitational pull of the larger object they orbit.
To orbit the object.
Orbit. Used both as a noun (the path that the object moves in), and a verb (the act of moving in an orbit).
An orbit around another orbit is called a "satellite orbit" or a "suborbital path". This occurs when a smaller object orbits around a larger object, which is itself in orbit around another celestial body.
That is called a satellite.
That would the "orbit".
Orbit: as in the Earth orbits round the Sun.
The term for the path an object takes as it revolves around the sun is called an orbit.
That imaginary line is called as "ORBIT".. Each space object spins around itself, in a particular path called as "ORBIT"
Yes, the path an object follows as it travels around another object is called an orbit. Orbits are typically elliptical or circular in shape depending on the gravitational forces involved.