the mean distance from the Neptune and the sun is 30.1AU.
Mercury--0.387 astronomical units Venus--0.723 astronomical units Earth--1.0 astronomical units Mars--1.524 astronomical units Jupiter--5.203 astronomical units Saturn--9.529 astronomical units Uranus--19.19 astronomical units Neptune--30.06 astronomical units Pluto--39.53 astronomical units Please note that these are all mean distances, and the actual distance will vary as to the location of the specific planet in its specific orbit.
An astronomical unit (AU) is smaller than the average size of Neptune's orbit. 1 AU is the average distance between the Earth and the Sun, which is about 93 million miles. Neptune's average distance from the Sun is about 30 astronomical units, making it significantly larger than the distance of 1 AU.
I think you mean the distance from the Earth to the Sun. This distance is measured in Astronomical Units (AU)
astronomical units mean that it is 8 grams of pure alcohol in the drink and its dangerous
Mercury--0.387 astronomical units Venus--0.723 astronomical units Earth--1.0 astronomical units Mars--1.524 astronomical units Jupiter--5.203 astronomical units Saturn--9.529 astronomical units Uranus--19.19 astronomical units Neptune--30.06 astronomical units Pluto--39.53 astronomical units Please note that these are all mean distances, and the actual distance will vary as to the location of the specific planet in its specific orbit.
An astronomical unit is, by definition, the mean distance of the Sun to the Earth, which is about 149 500 000 kilometers. I guess you can make the multiplication yourself to get the answer.
The purpose of using astronomical units by Astronomers is mainly to make comparisons about the distance between all celestial bodies that they can detect and study. This include galaxies. The main astronomical unit is the Light year. The calculation of astronomical distance involves highly complex mathematical formulas.
On average, Earth is about 1.52 astronomical units (AU) away from Mars. The distance between the two planets can vary depending on their positions in their respective orbits, as both have elliptical paths around the Sun.
If you want a precise measurement at a particular time, it depends. An astronomical unit is defined as the mean distance from sun to Earth. So the Sun-Moon AU measurement would vary depending on where the earth is in it's orbit (i.e. nearer or farther than the average distance) and where the moon is in its rotation around the Earth. But the mean distance over time would still be one AU.
Saturn's mean distance from Sun is aroud 9.5 astronomical units.
Neptune, and sometimes (during part of its orbit) Pluto. I am not one of those people who think a self-appointed group has the right to declare Pluto not a planet. If you have to redefine the word "planet" in order to steal credit from Clyde Tombaugh, then Dr. Tombaugh has earned the credit. Interestingly enough, in part of its orbit, Pluto is actually *closer* to the Sun than Neptune!
1 Astronomical Unit (1.00 AU) is the mean distance between Earth and the sun. 1 AU is approximately equal to 149,600,000 km Saturn's mean distance from the sun is 9.529 AU Saturn's maximum distance from the sun is 10.044 AU Saturn's minimum distance from the sun is 9.014 AU