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a neptunian year is equivalent to 165 earth years. the first year of neptune was last year 2011 since it was discovered on sept. 23, 1846 by johann gottfried galle

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If your ten on earth how old are you an Neptune?

If you are ten years old on Earth, you would be approximately 3.5 years old on Neptune. This is because a Neptunian year—the time it takes for Neptune to orbit the Sun—is about 165 Earth years. Therefore, to find your age on Neptune, you divide your Earth age by the length of a Neptunian year in Earth years.


Why is a Neptunian year much longer than a year on earth?

A Neptunian year is much longer than a year on Earth because Neptune is significantly farther from the Sun, resulting in a longer orbital path. It takes Neptune about 165 Earth years to complete one orbit around the Sun, due to its greater distance and slower orbital speed. In contrast, Earth orbits the Sun in just one year, as it is much closer and moves faster in its orbit. This vast difference in distance and orbital dynamics accounts for the length of a year on each planet.


How long is a day in neputune?

A day on Neptune, also known as a "Neptunian day," is about 16 Earth hours and 6 Earth minutes long. It rotates quickly on its axis compared to Earth, resulting in shorter days.


How many days does Neptune have in a month?

a day is 256 earth days so times that by 30 is 30x256=7680 so about 7680 days


What is the length of a year an day on neptune in earth years?

Each day on Neptune takes 19.1 Earth hours. A year on Neptune takes 164.8 Earth years; it takes almost 165 Earth years for Neptune to orbit the sun once. Since Neptune was discovered in 1846, it has not yet completed a single revolution around the sun.

Related Questions

If your ten on earth how old are you an Neptune?

If you are ten years old on Earth, you would be approximately 3.5 years old on Neptune. This is because a Neptunian year—the time it takes for Neptune to orbit the Sun—is about 165 Earth years. Therefore, to find your age on Neptune, you divide your Earth age by the length of a Neptunian year in Earth years.


Why is a Neptunian year much longer than a year on earth?

A Neptunian year is much longer than a year on Earth because Neptune is significantly farther from the Sun, resulting in a longer orbital path. It takes Neptune about 165 Earth years to complete one orbit around the Sun, due to its greater distance and slower orbital speed. In contrast, Earth orbits the Sun in just one year, as it is much closer and moves faster in its orbit. This vast difference in distance and orbital dynamics accounts for the length of a year on each planet.


Are the Trans-Neptunian objects part of the solar system?

Yes.


How long is a day in neputune?

A day on Neptune, also known as a "Neptunian day," is about 16 Earth hours and 6 Earth minutes long. It rotates quickly on its axis compared to Earth, resulting in shorter days.


Is a Cis-Neptunian object an object that orbits between the Sun and Neptune?

Yes. The prefix "cis" stands for "within" and "trans" means "outside". So, "cis-Neptunian" means "inside Neptune's orbit".


Which words are synonymous with marine?

Maritime, aquatic, Neptunian, nautical, seafaring, oceanic...


What planet takes the most amount of time to orbit the sun?

As Pluto is no longer considered a planet, the planet with the longest orbital period is Neptune. The Neptunian year is approximately 60,190 Earth days.


How many days does Neptune have in a month?

a day is 256 earth days so times that by 30 is 30x256=7680 so about 7680 days


What are all objects orbiting the sun beyond Neptune known as?

Trans Neptunian Objects.


What is a trans-neptunian?

It is any natural body past the orbit of Neptune. (e.g. Pluto, Eris, Sedna)


What percent of the Neptunian atmosphere is helium?

Planet Neptune's atmosphere comprises approximately 19% helium (±3.2%).


What has the author David P Todd written?

David P Todd has written: 'Preliminary account of a speculative and practical search for a trans-Neptunian planet' -- subject(s): Observations, Planets 'Telescopic search for the trans-Neptunian planet' -- subject(s): Planetary nebulae, Observations, Planets