no
The water cycle occur between the earth and the air. It is a cyclic process.
Yes snow is a part of water cycle. It reaches earth after precipitation
Hh
Rotation
yes yes it can
Neptune has a day and night cycle as does all the planets. Neptune's day and night are shorter than Earth's because it takes Neptune only 16 hours to complete a rotation.
On Neptune, a day is about 16 Earth hours and 6 Earth minutes long. Neptune has a much longer day than Earth due to its slow rotation, which results in a longer day-night cycle on the planet.
Due to Neptune's distance from the Sun it's time cycle is very different to Earth. It takes Neptune 164.8 years to orbit the Sun. Interestingly its days last about 16 hours which is very fast for a large planet.
Earth definitely does. Possibly Venus and Mars have (or have had) a rock cycle of some sort, too. However, Venus and Mars lack liquid water and tectonic plates, which are important in Earth's rock cycle. On Earth, the rock types involved in the cycle are igneous (of volcanic origin), sedimentary and metamorphic.
No, it is not. While it is speculated that there may be diamonds formed on some of the giant planets, it is not speculated that these form any part of an atmospheric precipitation cycle.
They aren't but they are both planets at 1990 and they both have a cycle of getting covered by ice.
Earth is the only one known, and certainly the only one in our solar system.
Because the rock cycle includes flowing water and no other planet has flowing water.
Mercury has the longest cycle of day and night among the terrestrial planets. A day on Mercury lasts about 176 Earth days, which is longer than a year on Mercury. This is because Mercury rotates very slowly on its axis.
Not really; Neptune has its axis (its poles) tilted at 28o which is very similar to the Earth's tilt of 23o. Perhaps you are thinking of the planet Uranus which has its axis tilted 98o , which means that one of its poles is always pointed almost directly toward the Sun and the other pole is pointed toward the outer Solar System. This means that roughly one half of Uranus is always sunlit and the rest is always in darkness, which fits the word "sideways" pretty well.
Pluto does have sunsets, but they would be quite different from Earth. Due to its distance from the Sun, the sunlight would be much dimmer and more scattered as it reaches Pluto, creating a unique and otherworldly sunset experience.
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.