Depending on their relative masses and velocities, the path of the smaller will be a circle, or more likely, an ellipse.
An old model for this is to consider a canon mounted at the top of the globe.
Firing a shell at moderate velocities, it will fall to Earth quite soon.
At a much higher velocity it will have sufficient energy to make a circle round the globe.
At higher velocities again, it will form an ellipse.
Eventually we reach escape velocity, where the shell just continues on a giant ellipse - really, an escape.
An orbit.
it is called an orbit. <b> YAYY </b> :]]]]]]]
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.
that the moon travels in a path (aka orbits) around the earth...
To orbit the object.
an orbit
The path is called an orbit.
orbit
Its orbit
That is simply the "orbit".
The path is the orbit
An orbit, which is an ellipse.
Orbit
An orbit.
Revolution
the path followed by one object as it revolves around another is called
An orbit.