Venus, Earth, Mars, Jupiter, Saturn, Neptune and Uranus all have wind. The atmosphere on Mars is very thin, but there's still enough wind for it to have dunes and dust storms.
That's all the planets except Mercury. I don't know that Mercury doesn't have wind, and in fact I suspect it does, but I've never heard positively one way or the other.
The star you see at night are not in the solar system; they are far outside of it. The only star in the solar system is the sun. The solar system contains the sun, the planets, the moons of the planets, as well as many asteroids, comets, icy objects in the outer solar system, and plenty of dust.
The sun is the primary source of external heat for all eight planets, although in the case of some planets it doesn't provide a lot of heat. The sun also is the largest single factor affecting the orbits of the eight planets.
Firstly, the distances in the solar system are so great that nearly all the interactions are between the Sun and the other bodies. These include gravitational attraction, absorption of electromagnetic radiation from the Sun by other bodies, and interaction of those bodies with the solar wind. Jupiter gives off some radiation, so that should interact with other bodies, and the Earth and Moon reflect light to each other, which should apply to other planets and moons.
The sun is the gravitational epicenter of the solar system. It keeps all of the planets, as well as other objects in space (asteroids, moons, comets) in their orbit and prevents them from flying off in a straight line into space. The sun also provides light and heat, which allow for life on Earth and possibly other planets. The sun also keeps every planet, moon, asteroid and comet in our solar system in orbit.the sun provides all the natural heat and natural light for the earth. it's gravity is also what keeps a planet in the solar system in orbit of the sun.
solar wind, solar flare
The Sun; planets; moons; dwarf planets; asteroids; meteoroids; interplanetary dust and gas; comets; solar wind...
The solar wind has a stronger effect on inner planets because they are closer to the Sun and therefore experience higher solar wind densities and stronger solar wind speeds. Outer planets are farther away from the Sun and have weaker solar wind interactions due to the decreased solar wind density and speed at their distance from the Sun.
The field of heliophysics studies the Sun and its interactions with Earth and other planets in the solar system. It involves understanding solar activity, solar wind, magnetic fields, and their impacts on the space environment surrounding the planets. Scientists use various instruments, satellites, and spacecraft to study these phenomena.
The light hydrogen and helium gasses were swept out of the inner solar system by the intense solar wind of the young sun. The outer planets retained the hydrogen and helium as the solar wind diminished with distance.
By mass, the majority of the matter orbiting the sun is hydrogen and helium. When the solar system was just starting to form heat from the sun and the strong solar wind drove most of the hydrogen, helium, and other gasses out of the inner solar system, leaving behind mostly rock and metal, which were much less abundant. The sunlight and solar wind in the outer solar system were much less intense, so these gasses remained in place long enough to become part of the giant planets.
Early in the history of the solar system the heat and solar wind from the sun drove off most of the hydrogen, helium, and other volatile from the inner solar system, leaving behind objects made mostly of rock and metal. The gas giants in the outer solar system were far enough from the sun to escape this fate.
Scientists believe that at least three planets in our solar system have water: Earth, Mars, and Jupiter's moon Europa. Additionally, other moons in the solar system, such as Enceladus and Ganymede, are thought to have water in various forms.
The Sun, planets, dwarf planets, planetoids, moons, comets, interplanetary dust and gases, solar wind, radiation from the Sun ... I may still be missing some components.
Neptune is the farthest planet from the Sun in our solar system. It also has the strongest winds in the solar system, with wind speeds that can reach up to 1,300 miles per hour.
The strong solar wind of the young sun blew most of the hydrogen and helium out of the inner solar system. Most of what remained was rock.
The solar system for the most part is just floating in the universe, in the Milky Way Galaxy. The Milky Way is under Earth,(sort of) and the universe is under the Milky Way.
Not all planets have wind. Wind is caused by the movement of gases in an atmosphere, so planets without a significant atmosphere, like Mercury or the Moon, would not have wind. Additionally, the intensity and frequency of wind can vary greatly depending on factors such as atmospheric composition, temperature gradients, and surface features.