It ranges from 5.458104 AU to 5.458104 AU for an average of 5.204267 AU.
Jupiter is 5.2 AU from the Sun.
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It varies since both orbit the sun at different rates. One astronomical unit (AU) is the average distance between the earth and sun. Jupiter is about 5 AU from the sun, while Saturn is about 10 AU. The distance between Jupiter and Saturn is 5 AU when they're both on the same side of the sun, and 15 AU when the sun is directly between them. The average distance would be sqr(5² + 10²) AU or about 11 AU.
Not hours - Jupiter orbits around the Sun in 11.86 years.
No, the Sun is about 10 times larger than Jupiter. About 1,000 Jupiters would fit in the Sun
Jupiter has 63 moons and it is the biggest planet not including the sun
You're a bit farther out than Jupiter. Jupiter takes about 19 years and is approximately 5 AUs away. So you would have to be around 5 AUs away
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The planet Jupiter is the 5th planet from the Sun.
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It varies since both orbit the sun at different rates. One astronomical unit (AU) is the average distance between the earth and sun. Jupiter is about 5 AU from the sun, while Saturn is about 10 AU. The distance between Jupiter and Saturn is 5 AU when they're both on the same side of the sun, and 15 AU when the sun is directly between them. The average distance would be sqr(5² + 10²) AU or about 11 AU.
No Jupiter is a planet and the sun is a star. Also despite its large size Jupiter is quite a bit smaller than the sun
Not hours - Jupiter orbits around the Sun in 11.86 years.
By volume, you can fit the planet Jupiter into the sun about 984 times.
Approximately how many times farther from the sun in neptune than jupiter?
No, the Sun is about 10 times larger than Jupiter. About 1,000 Jupiters would fit in the Sun
By volume, you can fit the planet Jupiter into the sun about 984 times.
Europa varies from roughly 4.9 to about 5.5 astronomical units distance from the Sun. (Because it follows the solar orbit of its primary, Jupiter, and is only a few hundreds of thousands of kilometers from it, this orbit contributes only a tiny fraction of variance from Jupiter's distance from the sun in terms of AUs.)