Mercury's axis tilt is 0°.
Venus' axis tilt is 177.4° (or 2.60, depending on "north pole" definition).
Earth's axis tilt is 23.5°.
Mars' axis tilt is 25.2°.
Jupiter's axis tilt is 3.1°.
Saturn's axis tilt is 25.3°.
Uranus' axis tilt is 97.8°.
Neptune's axis tilt is 28.8°.
Dwarf planet Pluto's axis tilt is 122.5°.
ALL of the planets in our solar system have axial tilts. Jupiter and Venus have the least, while Uranus is most.
That depends on which solar system and planet you are asking about - we now know for planets orbiting other stars.
Venus, Uranus and Pluto are exceptions.
It causes Uranus to rotate on it's side ( in respect to the other planets in the solar system)
Each planet (and the Sun) rotates about its own axis. The axis is an imaginary line between the poles of a planet. All points on the planet rotate around this central line. The angular momentum vectors of the Sun and planets together can be added up and the result is an equivalent rotation in a plane called Laplace's invariable plane. The invariable plane lies within about half a degree of the plane of Jupiter's orbit. About 98% of the angular momentum in the Solar System is contributed by the four outer planets. That means that if those planets were collapsed into the Sun it would rotate 50 times faster and throw off a new belt of debris, eventually forming a new solar system. That argument explains why there are so many solar systems.
ALL of the planets in our solar system have axial tilts. Jupiter and Venus have the least, while Uranus is most.
Yes. Since all planets in the solar system spin on an axis, every planet has cycles of day and night.
All of them. A few satellites are tidally locked to their primary (luna for example), but all the planets rotate.
That depends on which solar system and planet you are asking about - we now know for planets orbiting other stars.
Mercury and Jupiter.
It causes Uranus to rotate on it's side ( in respect to the other planets in the solar system)
Venus and Uranus spin awkwardly compared to the other planets in the solar system. It all comes down to when the solar system and the planets were formed, they were averagely hit at a certain angle causing Venus to rotate in reverse axis and Uranus to rotate on it side axis.
All planets have an axis if you google search "planetary chart" click on the first link that comes up and it will give you a table of the diameters and axis's and everything on all the pla nets and dwarf planets in our solar system.
Venus rotates on its axis the opposite direction that it orbits, the opposite of most planets in the solar system. (Note that Uranus rotates on its side.)
Jupiter. It spins the most quickly on it's axis out of the planets in our solar system, it's day lasting only 9h 55mins and 30secs.
Well, "solar" means sun, so that would make it kind of like a "sun" system instead of a "solar" system. Since the planets all revolve around the sun, it makes some kind of a system in which each planet has its own orbit and axis.
Venus, Uranus and Pluto are exceptions.