Aocyania

(*The pronunciation of the planet's name is "Ah-osi-ah-nia"*)

## Aocyania's information

This planet is a warm oceania located in the inner-core region of the Norma arm and was discovered in the summer of 2001 (on July 3rd). In 2022, it will be discovered that the planet has unicellular life in its oceans. The life on the planet is organic and unicellular, which is not uncommon for planets this young in the process of interstellar evolution. The planet has a radius of 6609.02 miles, slightly larger than that of the Earth—six tenths larger than the Earth. The mass of the planet is 2.5284\*10^25 kilograms, or 4.2322 M⨁, 4 times the mass of the Earth. The density of the planet is 5.0855 grams per cubic centimeter, with the oblateness of the planet being 0.0135575. The effective temperature on the planet is 230.39 kelvin, with the average air temperature on the planet being 334.78 kelvin; with the conversions for that being 142.934 degrees fahrenheit or 61.63 degrees Celsius, this planet is hot in terms of human standards for habitation. The oceania has an earth similarity of 0.832, with the albedo of the planet being 0.430554.

The planet has a rotational period of 12 hours, 21 minutes, and 14.94 seconds, with the solar day of the oceania being 12 hours, 21 minutes, and 27.16 seconds. The axial tilt of the planet is 67° 55 38.12", with the age of the planet being one of the youngest yet recorded at only 202.525 million years, which is young for a planet with life already. The gravity on the poles is 15.343 meters per second, with the gravity on the equator being 14.718 meters per second, with an average gravity of 1.5219 g, between 1.564 g and 1.5003 g. The circular velocity of the planet is 7.83 miles per second, with the escape velocity being 11.07 miles per second. The orbital type of the planet is the standard elliptical type, with the parent object being a white main sequence star with a spectrum of F1.1. The planet has an orbital period of 5.129 years, with the semimajor axis at 3.66 AU and the pericentric distance at 3.36 AU. The eccentricity is 0.082, with the inclination being 2\*07’28.77". The ascending node is -85\*12’06.58", with the argument of the pericenter being 334\*14’21.43". The mean anomaly is 111\*43’47.89", with the longitude of the pericenter being 249\*02’14.84".

The mean longitude of the oceania is 360\*46’02.74". The hill sphere radius of the planet is 4100125.77 miles, and the influence sphere radius of the planet is 2914590.68 miles. The Roche limit for satellites is 9535.90 miles. The superearth has an atmospheric height of 19.72 miles, with the tropopause height being 40778.60 feet. The height of the homogeneous atmosphere is 13508.84 feet, with the atmospheric pressure being 55.2 ATM. The air density of the planet is 68.952 kilograms per cubic meter, and with the air temperature here being hot enough that heatstroke is a guarantee on this planet, terraforming of this planet was necessary during the 2500s and 2600s. The speed of sound on this planet is 1079.04 feet per second, with the exosphere's temperature being 1650.01 kelvin. The greenhouse effect on this planet is 104.36 kelvin, with the average molar mass here being 43.991. The relative mass here is 1.9068\*10^-5, with the mass of the atmosphere being 8.0701 times that of the Earth’s atmosphere. The planet has 4 moons, all of them barren and airless. The oceania is part of a nine-planet system, with the planet itself being between two gas giants larger than Jupiter. Just like the majority of exoplanets, this one has not received that many mentions in outside media, though it does have a nickname in the digital space, being called the "2000s oceania", as it is an oceania and it was discovered in the early 2000s. It was built in classic Minecraft once as a community project at some point too, somewhere in late 2009 on a server.

### Solar system

As previously stated, the planet orbits a white main sequence star with a spectrum of F1.1. The Oceania is the fifth star in its system. The planet is also the Uranus of its star system, being on its side compared to the system as a whole. The planet also has an impressive ring system, hinting that the planet at one point might have had at least six moons in the past. It's still unknown how the planet was not thrown out of the star system during its formation, but that might be because of the distances between the worlds. There are 2 known dwarf planets in this system.

#### Solar system gallery

The first planet, a hot selena. Its also a dwarf planet.The second planet, a hot ice giant.The third planet, a hot desert.The fourth planet, a warm gas giant/jupiter. It has its warm superterra in the front of the image.Aocyania is the fifth planet in the system.The largest planet in the system, the sixth planet is a cool superjupiter. It has an oceania and a superearth around it. It has 3 other moons around the mass of the Earth.The seventh planet, a cool ice world. This is the second dwarf planet in the system.The eigth planet, a frozen ice world.The last planet in the system, the ninth planet is a frozen ice world.The main star in the system, its a white main sequence star. (F1.1)