It is 0.056, approximately.
All the planets have elliptical orbits, but Mercury and Mars have the greatest eccentricity. As to why Mercury's orbit is the most eccentric may be related to its proximity to the Sun.
Mercury has an eccentricity of about 0.206, which means its orbit is more elliptical than circular. This eccentricity causes Mercury's distance from the Sun to vary significantly during its orbit, leading to temperature extremes on the planet's surface.
It takes 10,832 Earth days to complete one orbit around the Sun.
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.
Yes, the moon's orbit is elliptical. It has some eccentricity to it (e = 0.0549). The measure of eccentricity is done to give astronomers an idea of how "out of round" a body's orbit about a center is, and it can vary between e = 0 for a perfect circle (no eccentricity), on out to e = 1 for the longest, skinniest ellipse you can immagine (infinite eccentricity).Further to that correct answer, when the eccentricity is small, as it is for the planets (except Mercury), the orbit is very nearly circular, and the eccentricity measures how far off-centre the Sun is.For example the Earth's orbit has an eccentricity of 1/60 and a radius of 150 million kilometres. The Sun is offset from the centre by 150/60 million km, or 2.5 million km.The maximum diameter of the elliptical orbit is 300 million km, while the minimum diameter is 299.96 million km, so there is virtually no 'squashing' of its circular shape.
The eccentricity of the Earth's orbit is currently about 0.0167; that rounds to zero.
The Earth's orbit is almost circular. Technically, the "eccentricity" of the orbit is about 0.0167.
The eccentricity of Neptune's orbit is approximately 0.009. This means that Neptune's orbit around the Sun is very close to being a perfect circle.
The Earth's orbit is almost circular. Technically, the "eccentricity" of the orbit is about 0.0167.
The eccentricity of Saturn's orbit is 0.053, which means that its orbit around the Sun is slightly elliptical rather than a perfect circle. This eccentricity causes Saturn to be closer to the Sun at certain points in its orbit and farther away at others.
All planets orbit the Sun in an elliptical orbit. An elliptical orbit is defined as having an eccentricity of between 0 and 1. (0 is a circular orbit). Anything over 1 is defined as a hyperbolic orbit.Mercury has the highest eccentricity of .205630 whereas the Earth has a near circular orbit with an eccentricity of 0.0167.Triton, a moon of Neptune has lowest eccentricity with a value as close to 0 as can be measured.
All the planets have elliptical orbits, but Mercury and Mars have the greatest eccentricity. As to why Mercury's orbit is the most eccentric may be related to its proximity to the Sun.
100,000 and 400,000 years, caused by changes in the shape of earth's orbit around the sun.
Are you asking what the length of Saturns's orbit is?
What you are referring to is the eccentricity of the planet's orbit around the sun. Eccentricity of a circular orbit is 0.0, whereas the eccentricity of an extremely elongated orbit is 1.0. So the closer the eccentricity of a planet's orbit is to 1.0, the more elongated is its orbit around the sun. Many extra solar planets have high eccentricities in accordance with their parent stars. In our solar system Mercury ( .20563) and Pluto (.24880766) have the highest eccentric orbits.
Elliptical orbit
Saturn takes about 30 years to go once around the Sun.