The point of farthest excursion is called the apoapsis, with the closest approach being called the periapsis or pericentre, though for different bodies, unique derivitive terms are used.
For example, when we talk of object in orbit about the Earth we use perigee and apogee for closest and furthest positions. When we are talking about objects in orbit around the sun, such as the planets, we use perihelion and aphelion for closest and furthest approches.
Mars and Venus orbit closest to the earth in the order sunward to rimward: Venus, Earth, Mars.
No planet has a perfectly circular orbit, though Venus has the least orbital eccentricity of any planet in our solar system.
Ceres is the closest dwarf planet to the sun. Ceres is in the asteroid belt between Mars and Jupiter. The other dwarf planets are out past the orbit of Neptune.
The point of farthest excursion is called the apoapsis, with the closest approach being called the periapsis or pericentre, though for different bodies, unique derivitive terms are used. For example, when we talk of object in orbit about the Earth we use perigee and apogee for closest and furthest positions. When we are talking about objects in orbit around the sun, such as the planets, we use perihelion and aphelion for closest and furthest approches.
The term "perihelion" refers to the point in its orbit when a planet or other celestial body is closest to the Sun. This creates a situation where the body experiences its maximum gravitational acceleration from the Sun, which can affect its motion and orbit.
no because stars can orbit each other
Planets orbit stars, not other planets. A planet-like object that orbits a planet is a moon.
They are all exposed to sun light; none of them is closed to the sun. However, from the distance of Neptune the sun is barely discernible from the other stars in the sky, and the dark half of Mercury gets extremely cold because its day is so very long.
Our own Sun (also called Sol) is the nearest star to planet Earth, the next nearest is Proxima Centauri.
Mercury is the fastest planet because it has the shortest orbital period around the sun. It is closest to the sun, which results in a stronger gravitational pull that causes it to travel faster along its orbit compared to other planets.
Saturn's orbit lies closes to Jubiter's, but that doesn't mean that it is always the closest planet to it. as they can be on other sides of the Sun.At any given time there are many possible answers to the question.
Mercury circles the sun in 88 days. That is the fastest orbiting planet. It is because of it's position with the sun. It is the closest so it has a smaller orbit.