No. That would be Uranus.
The question doesn't make much sense. I think it probably should say: "an axis parallel to its orbit plane". In that case, the answer is that Uranus (not Neptune) is the only planet that rotates on an axis parallel (roughly) to its orbit plane.
Orbit
Venus is an inferior planet i.e.its orbit is inside the earth's orbit. It does not have a moon It rotates from east to west. Jupiter is a superior planet i.e.its orbit is outside the earth's orbit. It has 63 moons. It rotates from west to east.
neptunes orbit time of the sun is 164.79 years to orbit the sun neptunes orbit time of the sun is 164.79 years to orbit the sun
Well for pluto to be considored a planet it would need to… …straighten out its orbit because it intersects with Neptunes orbit …Become bigger …Be closer to the sun …Dominate its moon
The question doesn't make much sense. I think it probably should say: "an axis parallel to its orbit plane". In that case, the answer is that Uranus (not Neptune) is the only planet that rotates on an axis parallel (roughly) to its orbit plane.
Neptunes
Pluto
All of them orbit the Sun.
Orbit
Venus is an inferior planet i.e.its orbit is inside the earth's orbit. It does not have a moon It rotates from east to west. Jupiter is a superior planet i.e.its orbit is outside the earth's orbit. It has 63 moons. It rotates from west to east.
Neptune has a moon that revolves in the direction opposite all its other moons. This moon is called Triton and is the largest moon of Neptune.
neptunes orbit time of the sun is 164.79 years to orbit the sun neptunes orbit time of the sun is 164.79 years to orbit the sun
The answer is Eris,a planet just outside Mar's orbit.
neptunes orbit time of the sun is 164.79 years to orbit the sun neptunes orbit time of the sun is 164.79 years to orbit the sun
Pluto does this, but it's only classed as a "dwarf planet" now.
The orbit of each planet it the path it takes as it rotates round the Sun under the influence of the force of gravity. Every planet has a separate orbit and the orbits all follow Kepler's three laws of planetary motion.