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Q:

# How long does it take Jupiter to complete a revolution around the sun?

A:

It takes Jupiter approximately 4,332 Earth days, or about 11.86 years, to complete a revolution around the Sun. Jupiter's average orbit distance from the Sun is 778 million kilometers, which is a little more than five times as far as the 150 million kilometers that Earth is from the Sun on average. The fifth-closest planet to the Sun, Jupiter is also the largest planet in the solar system.

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There are many differences between Jupiter and the Earth. Because Jupiter's axis only tilts 3.13 degrees, there are no seasonal differences in exposure to the Sun's rays. If people lived on Jupiter, they would not experience the changes that come in the spring and fall.

Also, Jupiter's day is much shorter than Earth's. Spinning quickly on its axis, Jupiter completes a rotation every 9.97 hours, a speed that has turned the planet into a flattened spheroid rather than a perfect sphere. If you measure the diameter at the equator and then again at the poles, the diameter is almost 10,000 kilometers longer at the equator, which demonstrates the flattening of the planet.

The distance from Earth to Jupiter ranges from 893 million kilometers to 964 million kilometers depending on where they are in their various orbits. While the planet Jupiter is not hospitable for human life, the possibility exists that one of its many moons might present habitable conditions.

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## Related Questions

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At a distance of 3.67 billion miles from the sun, Pluto has a period of revolution that takes 247.8 years to complete, according to About.com. One day on Pluto is equivalent to 6.39 Earth days.

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It takes roughly 365 days, or 1 year, for the Earth to complete its orbit around the Sun. Although it is an elliptical orbit, it is almost circular, so there is only a slight difference between the closest and farthest points from the Sun throughout the orbit. The two-dimensional plane occupied by the Earth's orbit is called the ecliptic.

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Earth completes one revolution around the Sun for every 365.242199 times it rotates on its axis. This figure is, unfortunately, not evenly divisible, which has historically caused difficulties for the creators of various calendars.