Q:

What is the circumference of Jupiter?

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Quick Answer

The equatorial circumference of Jupiter, the largest planet in the solar system, is 272,945.9 miles. This is more than 10 times the equatorial circumference of Earth, which is 24,873.6 miles.

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Full Answer

Jupiter is more than 28 times the circumference of the smallest planet in the system, Mercury, at 9,525.1 miles.The second-largest planet, Saturn, has a circumference of 227,348.8 miles. Jupiter has considerable mass as well, at 317.83 times the mass of Earth. However, Jupiter has the shortest day of all the planets in the solar system, with one day lasting nine hours and 55 minutes. Its orbit around the sun takes 11.8 Earth years.

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Related Questions

  • Q:

    When can Jupiter be seen at night?

    A:

    Jupiter, the largest planet in the solar system, is most visible when it reaches opposition to the sun every 398.9 days on average. In March 2014, the planet was located in the Gemini constellation, making it appear bright against the night sky.

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  • Q:

    What planet has the highest amount of gravity?

    A:

    Jupiter is the largest planet in the solar system and has the highest amount of gravity. The size, mass and density of a planet all play a part in its gravitational pull. Jupiter is both large and dense, causing it to have the greatest gravity.

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  • Q:

    How fast does Jupiter rotate?

    A:

    Jupiter rotates at a speed of 28,273 miles per hour, making it the fastest rotating planet in the solar system. Unlike other planets, Jupiter is mainly made up of gases, which is why it does not rotate as slowly as the others. The only other planet made of gas is Saturn.

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  • Q:

    How was Jupiter formed?

    A:

    Similar to the formation of other planets in the solar system, Jupiter was formed through the core accretion method. Jupiter likely formed after the sun took its place at the center of the early solar system. Jupiter was one of the first planets to form in the solar system and likely created the path and formation of other planets by deflecting small planets either into orbit or into the sun.

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