well you see, the earth is already out of the question, as it is tiny compared to the sun alone.
When it comes to our sun, it is one of the large we are currently able to view and study, other that red giants and super giants.
is this helps try looking up a book called space. it will hold these answers in more detail
The Sun is many thousands of times closer to Earth than any other star.
The closest gas giant, Jupiter, is about 5 AU from the Sun - that is, 5 times the distance from Sun to Earth. The other gas giants are farther away.
The Sun is many thousands of times closer to Earth than any other star.
An Astronomical Unit is the distance between Earth and the Sun and is used as a measurement unit for measuring the distances of other objects from Earth.
Because the measurement of the solar system requires large numbers. It's far easier to use an Astronomical Unit (AU) than quote distances in miles. For example - the mean distance from the Earth to the sun is 93,000,000 miles. It's much easier to quote that distance as 1AU (It takes up less space on paper too !).
The distance travelled in any one hour is likely to be normally distributed with the mean equal to the mean distance travelled in the other hours and the standard error of this estimate will be the standard error of the distances travelled in the other hours.
In Babylonian Astronomy Nibiru refers to Jupiter, which is 778,547,200 km away from the sun at it's (semi-major axis) average distance. At any given time the Earth and Jupiter can be a various distances from each other depending on how far from the sun they are and at what alignment to each other they are: Earth's Aphelion distance plus Jupiter's Aphelion distance at opposition (152,097,701 + 816,520,800 ) is 968,618,501 km. Earth's Aphelion distance minus Jupiter's Perihelion distance at conjunction (152,097,701 - 740,573,600) is 588,475,899 km. An endless number of alignments and distances are possible but these are the farthest and closest possible distances.
Venus can be fairly close to Earth, or it can be on the other side of the Sun. To get the (approximate) range of distances:* Look up the distance from Sun to Earth. * Look up the distance from Sun to Venus. * Add both to get the maximum distance; subtract them to get the minimum distance.
well you see, the earth is already out of the question, as it is tiny compared to the sun alone. When it comes to our sun, it is one of the large we are currently able to view and study, other that red giants and super giants. is this helps try looking up a book called space. it will hold these answers in more detail
well you see, the earth is already out of the question, as it is tiny compared to the sun alone. When it comes to our sun, it is one of the large we are currently able to view and study, other that red giants and super giants. is this helps try looking up a book called space. it will hold these answers in more detail
well you see, the earth is already out of the question, as it is tiny compared to the sun alone. When it comes to our sun, it is one of the large we are currently able to view and study, other that red giants and super giants. is this helps try looking up a book called space. it will hold these answers in more detail
"AU" stands for "Astronomical Unit". It's a unit of distance often usedto describe distances within our solar system.One AU is simply the Earth's average distance from the sun during 1 year.AU stands for the distance from the sun to the earth, 150 Giga meters.AU stands for astronomical unit - which is basically the distance from the Sun to EArth. AU from the Sun means that a distance is measured from the Sun, to some other object, and that the distance is expressed in AU.