Uranus
Yes it does. The tilt is so large that the planet's rotational axis is roughly in the plane of its orbit.
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.
because its axis is tilted
Rotation means the planet spinning about it axis. (Orbit the the path of the planet round the Sun). The planet Mercury has a rotational period of 58.646 Earth days. The planet Venus has a (retrograde) rotational period of 243.0185 Earth days. The planet Mars has a rotational period of 1.025957 Earth days. The planet Jupiter has a rotational period of 9.925 hours. Obviously Earth has a rotational period of 1 Earth day.
The planet is Uranus.
none of them orbit in a different direction they all orbit the sun in a counter-clockwise rotation. you may be thinking of how they are tilted because only on planet is tilted nearly onits side: Uranus which is tilted at 98degrees
Yes it does. The tilt is so large that the planet's rotational axis is roughly in the plane of its orbit.
Uranus is has an orbit that is tilted significantly more than the other planets. Uranus is basically tilted on it's side during orbit.
Our own planet Earth is tilted at its axis by about 23.5 degrees.
The planet Uranus has faint rings, and the planet is tilted so the axis is nearly parallel to its orbit. The planet is a gas giant, which means that the planet is made of gases. And finally, the atmosphere is made up of hydrogen and helium.
All planets lie in the plane of their orbit, but most spin on an that is nearly (many have tilted axes of spin) perpendicular to that plane. The one exception is the planet Uranus which has its axis of spin lying very close to its orbital plane.
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.
No. Mars has a similar rotational period but not revolution. For a planet to have the same revolution period as Earth would mean it would have to be in the same Orbit as Earth, with catastrophic results. One was in the same orbit as Earth during it's formation, it crashed into the Earth creating the Moon. It's possible that some extrasolar planet (that is, a planet of a star other than the Sun) might by coincidence have nearly the same rotational and/or revolution period, but we don't know of any yet (and it's not very likely that we ever will).
The Earth has seasons because it polar axis is tilted relative to its orbit.
because its axis is tilted
The 3 attributes of a planet: 1. is in orbit around the Sun 2. is nearly round 3. has cleared its orbit