it's a segment.
The imaginary line that the moon rotates on is called its axis.
There is no such line. The imaginary line through its centre is the axis, which the Earth rotates around; the imaginary line an equal distance from the poles is the equator. Neither make it spin - that is caused by momentum from the planet's formation.
Tides are greatest at places on earth where the moon (and the sun) pass directly over. At the right time of year, when the moon and sun basically follow the equator, there will be no tides at the poles. At other times there will be some, though very little tidal action at the poles.
When the Earth, Sun and Moon are in line an eclipse can occur.
Yes, but not in the ordinary sense. The moon is gravitationally locked to the Earth, meaning it doesn't rotate independently along an imaginary line passing through its poles. As the Earth both rotates on its own axis and revolves around the Sun, the moon's orientation along that imaginary line changes with respect to the ecliptic every 27.3 days, so the moon can be said to rotate on that axis.
It is a segment in case you do not know what a segment is it is a line with two end points
The imaginary line that the moon rotates on is called its axis.
the moon do have a equator, just like Earth.
The imaginary line through Earth's poles is called the axis. It is an imaginary line that Earth rotates around.
The equator is the imaginary line that divides the Earth into the Northern and Southern Hemispheres.
the equator is the imaginary line
The imaginary line that the Earth spins on is called the axis.
It's "axis" is probably the answer, but the question doesn't make complete sense.
The imaginary line between the poles of the Earth around which the Earth spins is called the "axis of rotation".
The equator is an imaginary line which indicates where the middle of the earth is and it goes around.
it is a line
The imaginary line between the poles of the Earth around which the Earth spins is called the "axis of rotation".