-- In time, one year.
-- In distance, from the sun's viewpoint, about 584.3 million miles.
The length of a planet's orbit around the Sun varies depending on the distance from the Sun. For example, Mercury has an orbit of about 88 Earth days, while Neptune's orbit is around 165 Earth years.
A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.
It takes about 365.25 days.
Venus takes about 225 Earth days to complete one orbit around the sun. Its orbit is almost circular, with very little eccentricity compared to other planets.
Depends on whether or not you call Pluto a Planet. If so, yes Pluto. Which takes around 248 earth days to orbit the sun. If not, it's Neptune. Which takes 165 earth days to orbit the sun.
The length of a planet's orbit around the Sun varies depending on the distance from the Sun. For example, Mercury has an orbit of about 88 Earth days, while Neptune's orbit is around 165 Earth years.
88 Days
This statement is not accurate. A year is the time it takes for a planet to orbit around the sun. Each planet has a different orbital period, so their years vary in length. For example, Earth takes about 365 days to complete one orbit, while Venus only takes about 225 days.
Our moon requires 27.3 days to orbit the earth. No other moon orbits our earth--they orbit other planets.
Mercury with 88 daysVenus with 224.7 days
Mercury takes about 88 Earth days to complete one orbit around the sun. Its orbit is the closest to the sun out of all the planets in our solar system.
365 days
Mecury.Mercury. Mercury only takes 88 days to orbit once around the sun.Mercury. It revolves around the Sun once in about 88 Earth days.
A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.A year is the time it takes to orbit the Sun. Mercury is nearer to the Sun, so it takes it less time to to make one complete orbit of the Sun. Earth takes just over 365 days to orbit the Sun so that is the length of a year on Earth. The year of all the planets are different lengths.
28 days to do a full orbit around the Earth
The length of a year - the time it takes for a planet to complete one orbit around its star - has not changed in terms of Earth's orbit around the sun. It remains approximately 365.25 days.
There is no constant year length for planets, dwarf type or otherwise. A planet's period (year length) depends entirely upon how long it take to orbit its star. Depending on the planet and its situation, that might take a matter of a few days, or a few years, or even centuries.