That depends on what you're asking. If it has no rotation, as in, it faces a fixed point in space, the day and night would each be half the length of its orbital period, or year. For the Earth, that would be 6 months.
However, that is pretty much impossible. What normally happens is that for various reasons, planetary rotation slows until one face remains tidally locked toward the star. In that case, one side has perpetual day, the other perpetual night.
There's also a 3:2 resonance where the planet appears to rotate backward, like Venus.
Uranus
Pluto has a tilted orbit (compared with the average plane of the orbits of the other planets). Also, Pluto would be considered a "terrestrial planet", but it is not now defined as a planet. It's just called a "dwarf planet" now.
It is not an orbit, it is a ROTATE.
Yes. The moon rotates in relation to the stars, so it has an axis of rotation.
I believe because it orbits the earth and does not rotate or turn on an axis. You always see the same side of the moon.
All the planets rotate on their axes and it would be a very unusual thing to find a planet that did not rotate.
an axis
Unlike their orbits around the sun - which was inherent in the way the planets were formed - their rotation speeds and axis of rotation is random and is dependent on each planet's history of collisions.
It does both. It orbits the sun and rotates on its axis.
"Rotate" on an axis. "Revolve" in an orbit.
Yer m8
Uranus
Uranus
The planet Earth is the only planet with rotisseries.
Pluto has a tilted orbit (compared with the average plane of the orbits of the other planets). Also, Pluto would be considered a "terrestrial planet", but it is not now defined as a planet. It's just called a "dwarf planet" now.
Yes, the planet Mercury rotates on its own axis, as do all the known planets. Mercury's rotation is peculiar in that it evidences spin-orbit resonance, rotating three times for every two orbits around the Sun, an effect stabilized by the eccentricity of its orbit.
Yes from the wickipedia .