Jupiter is a solid planet, not a comet or asteroid. Jupiter is the largest planet in the solar system, and the largest of the major planets. In fact, it is the only planet in the Solar System with a density comparable to that of the Earth. (For more information about the density of Jupiter, read this.
It’s hard to argue with that. Jupiter is also a very large planet. Jupiter covers about 1/7th the surface of the Earth and is one of the most massive planets in our Solar System. Jupiter is also the only planet in our Solar System with a well-defined magnetic field, something that has never happened on any other planet.
In reality, the rotation of a planet is the result of its rotation. This is because the gravitational pull of its own planet and its moon is pulling on it. The rotation of the Earth is due to its orbit around the Sun and the rotation of the Moon is due to the gravity of the Earth. If the orbit of the Earth were to change, the rotation of the Earth would change as well.
Uranus is the only planet in our Solar System that is a well-defined magnetic field. The rotation of the planet is quite obvious. The rotation of Jupiter, on the other hand, is much harder to see because its magnetic field is less well-defined.
Now, Uranus and Jupiter are not the only planets to rotate along with their moons. Mars, for example, is often described as a’saturn’ by astronomers. Saturn’s rotation is due to its orbit around the Sun, but its rotation is more difficult to see because it is more complicated.
The rotation of the Sun and the Earth is such an obvious phenomenon that most people have never noticed it until now. The rotation of the Sun as a whole is quite obvious, but it is not as obvious for the individual Sun’s rotations. In fact, the rotation of each individual Sun is quite subtle, and is often not evident to the naked eye.
The rotation of the Sun may be easier to see on a larger scale. The rotation of the Sun is not quite as obvious as it is for Earth because the Sun is much closer to us than the Earth is. But even if we look at the Sun from a large distance, it is much easier to see the Suns rotation than our own. Of course, the Suns rotation is less pronounced because of its distance from us, but the Suns rotation is still clearly visible and quite obvious.
This is because the Sun is much farther away than Earth is.
This is why the Sun is so easy to spot from a single distance. If we were to observe the Sun from a distance of two light years, we would be in the same situation as the Sun is from the Sun. But because the Sun is much farther away, we can view its rotation much more easily from that distance.
The rotation of Uranus is much more pronounced than the Sun. It is the same distance away, but it is much more observable.