(I got this name from a glitch I found when I click a specific special key in my keyboard.)
QAW08122's information[]
Technical information[]
Physicals[]
This planet has a diameter of 92746.52 miles, or 11.701 times that of the Earth’s radius [I presume?], with the mass of this giant world being 7.1357 M♃, and the density is 7.8868 grams per cubic centimeter. The oblateness is 0.0133282, with the effective temperature being 94.43 kelvin, very cold, and the Earth similarity index is 0.333, additionally the albedo (bon d and geom) is 0.502594 and 0.603112. The rotational period is 8 hours, 39 minutes, and 31.67 seconds, with the solar day being 8 hours, 39 minutes, and 31.76 seconds, and the axial tilt is 50*22’17.52”. The age of the planet is a very young, 14.351 million years, with the gravity (polar and equator) is 166.92 meters per second, and 159.47 meters per second, which is 17.015 g and 16.256 g, and the circular / escape velocity is 68.43 miles per second and 96.77 miles per second.
Atmospherics[]
The height of the atmosphere here is 267.39 miles, with the tropopause height being 10115.06 feet, and the height of the homogeneous atmosphere is 70.77 miles. The atmospheric pressure is 1*10^6 atm, with the air density being 5474.8 kilograms per cubic meter, and the air temperature is a scorching 5000 kelvin. The speed of sound here is a fast 3.15 miles per second, with the exosphere temperature being 820.81 kelvin, and the greenhouse effect is nonexistent. The average molar mass is 2.246, with the relative mass being 0.95, and the real mass of the atmosphere is 6.7789 M♃. Hydrogen makes up 91.2% of the atmosphere, with Helium at 8.41%, and Methane at 0.316%.
Orbitals[]
The planet has an elliptical orbit, with the parent of this world being the star HIP 22994, and the orbital period being 327.707 years. The semimajor axis is 77.22 AU, with the pericentric distance being 77.15 AU, and the eccentricity is a low 0.001, additionally the inclination is -0*31’52.80”. The ascending node is 86*30’33.57”, with the argument of pericenter being 94*00’28.17”, and the mean anomaly is 316*08’01.15”. The longitude of pericenter is 180*31’01.74”, with the mean longitude being 496*39’2.89”. The hill sphere radius is 6.24 AU, with the influence sphere radius is 5.86 AU, both of them are very large, and the Roche limit for satellites is 77454.94 miles.
Store[]
Internals[]
Nothing much is known about the core of the planet like most other gas giants. It is presumed that the planet has a large metal core in its center, most likely molten and hot, explaining why the planet is so hot despite its distance from its parent star. This core seems to be 1 ½ times the mass of Jupiter's core, and it may have a diameter 20 - 30 times that of the Earth. The pressure and mass of the bearing gas giant’s “mantle” most likely is the reason why the core is a regular molten core, as mentioned previously, like the ones you would find in any regular terrestrial planet.
'Geography'[]
The planet does not have any special features besides a uniform band of calm weather just below the equatorial zone which is pretty large, and a large cyclonic storm which exists within the bands of the northern hemisphere. This storm is just a bit smaller than the Great red spot.There seems to be a weak hexagonal formation at the northern polar regions, something that would be found at Saturn, but instead more rounded and larger.
Climate[]
The climate here is presumed to be very hot and suffocating, assuming you could breathe the mixture of air here. The core, as well as the pressure of the gas giant, is most likely why the planet’s climate is scorching hot.
Gallery[]
Moons[]
The planet has a large and impressive moon system, there are 11 major moons, and they are split into two groups. The inner Core moons which make up the first 8 moons, and the Asteroid Cloud moons, which have the last 3 moons. Most of the moons are featureless desert and ice worlds, but there are 2 notable moons. The first of which being a nearly 6 Earth mass hot oceania which has a golden atmosphere, and a 22 ¼ Earth mass ic giant which has a large ring system of its own which is split into 2 parts itself. The Asteroid Cloud moons are believed to have been ejected from the core moons, but were not fully ejected from the system, like the other asteroid moons which they orbit within. They sometimes collide with these asteroids as observed in the now more than 30 years the planet has been observed.
Core Moons[]
Oxnea | Geodesert | Qawcenia | Oaniak | Mestenbark | Vaglassion | H2oan | Mesrolia | |
---|---|---|---|---|---|---|---|---|
Photograph | ||||||||
Class | Hot desert | Hot desert | Hot oceania | Cool desert | Cool desert | Cold ice world | Cold desert | Cold ice world |
Mass | 0.42223 M⨁ | 0.49846 M⨁ | 5.9247 M⨁ | 0.71017 M⨁ | 0.86028 M⨁ | 1.0562 M⨁ | 1.3192 M⨁ | 1.6862 M⨁ |
Diameter | 7768.75 Miles | 7678.61 Miles | 16813.37 Miles | 8555.55 Miles | 8362.78 Miles | 10277.65 Miles | 10299.62 Miles | 10202.56 Miles |
Orbital period | 19h 43m 11.95s | 32h 37m 26.04s | 2.246d | 3.720d | 6.155d | 10.182d | 16.843d | 27.863d |
Asteroid Cloud Moons[]
Sajek | Sultan | Greatch | |
---|---|---|---|
Photograph | |||
Class | Frozen ice giant | Cold ice world | Cold ice world |
Mass | 22.25 M⨁ | 3.927*10^-6 M⨁ | 6.1475*10^-6 M⨁ |
Diameter | 27933.60 Miles | 277.22 Miles | 308.99 Miles |
Orbital period | 16.828d | 17.205d | 17.214d |
Star system[]
This planet exists within a small 6(8) planet system. The system orbits an orange dwarf which has a mass around 4 ⅕ times the mass of the Sun. The system has an oort cloud, and it has a large asteroid belt which is bound before the 9th world, a dwarf planet.