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The planet Mercury has the shortest orbit time, because it is the closest to the sun.

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14y ago
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8y ago

Mercury, 88 days.

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Q: Which planet has the shortest orbital period and how long is it?
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Related questions

How long are the days and years of the planet Ceres?

Ceres has a rotation period of 0.3781 days, and an orbital period of 4.6 years.


How long does Eris the dwarf planet take to orbit the sun?

Eris orbital period is around 557 years.


Which planet has a year that is 29.4 Earth years long?

Saturn. Its orbital period of the sun is around 29.4 years.


How long does it take to orbit the sun in days?

Each planet in the solar system has a different orbital period, corresponding to the different sizes of their elliptical orbits.For the Earth, the present orbital period is 365.25636days. (rounded)


What planet has a year that is only 88 earth days long?

Mercury, the closest planet to the sun, has an orbital period (year) equal to 88 Earth days.


What planet has a year is only 88 earth days long?

Mercury, the closest planet to the sun, has an orbital period (year) equal to 88 Earth days.


How long does it take for the moon to revolve around the planet orbital period?

The moon orbits earth every 27.322 days.


How long is urauns orbital period?

Uranusus orbital period is 32.234 Earth days


How long is the moon's orbital period in days?

The orbital period of the moon [around the earth] is 27.321582 days.


The planet with the shortest rotation time?

Jupiter in the planet with the shortest rotation time, with a day approximately 12 hours long.


On which planet would the time between sunrise and sunset be the shortest?

Since every planet has some degree of tilt between its axis of rotation and its orbital plane, every planet has latitudes along which sunset is immediately after sunrise around the days of that planet's solstices.


What cycle determines a year on a planet?

A "year" on earth turned out to be the period of the earth's orbital revolution around the sun, although the word was invented long before any knowledge of the structure of the solar system or the earth's place in it. By analogy, the same word is typically used to refer to the period of orbital revolution of any other planet.