Hoteeminai

(I may or may not have forgot a few things.)
== Hoteeminai's Abfrontals ==
=== General summary ===
A very hot world right above its star, nothing else to really mention here. It does have an odd color palette when your on the surface.
=== Trivia ===
* Something goes here?
=== Key featurals ===
There are not that many key features of this planet besides the bright-golden clouds which cover this planet all going to a central point, a tidally locked point. There is a cover of base clouds which block out the surface, and there are a layer of clouds which are obviously separate from that layer and are seen as independent.
== Hoteeminai's Properties ==
=== Physicals ===
The equatorial diameter of the planet is 5278.90 miles, with the mean diameter being 5272.22 miles, and the polar diameter is 5258.90 miles. The oblateness is 0.0037889, with the mass of the planet being 0.26864 M⨁, and the density of the planet is 5.0163 grams per cubic centimeter. The insolation is 7641.4, with the effective temperature being 2495.7 kelvin, and the Earth similarity is 0.070. The rotational period is 23 hours, 35 minutes, and 4.11 seconds, with the solar day being 23 hours, 38 minutes, and 18.72 seconds, and the axial tilt is 80*52’54.04”. 
The gravity on the equator is 5.9163 meters per second, with the gravity on average being 5.9412 meters per second, and the gravity on the poles is 5.9714 meters per second. The circular / escape velocity is 11237.60 miles per hour and 15892.36 miles per hour, with the age of this world being a young 2.200 million years, and the tidal heating is 2.4511*10^10 watts. Silicate mantle makes up 81.4% of the planet, with Carbide mantle at 15.5%, and Metallic core is at 3.07%. A small core, yes. 
=== Atmospherics ===
The height of the atmosphere is 504.99 miles, with the tropopause height being 201.15 miles, and the height of the homogeneous atmosphere is 66.18 miles. The atmospheric pressure is 60.1 atm, with air density being 9.647 kilograms per cubic meter, and the air temperature is 3334.7 kelvin (3061.55 *C, 5542.79 *F). The speed of sound here is 2052.17 miles per hour, with the exosphere temperature being 3117.5 kelvin, and the greenhouse effect is 839 kelvin. The average molar mass is 44.308, with the relative mass being 0.00013106, and the actual mass of the atmosphere here is 44.011 Earth atmospheres. 
=== Orbitals ===
The parent of this world is a solitary star, with the orbital type being elliptical, and the orbital period is 23 hours, 35 minutes, and 4.11 seconds. The semimajor axis is 372.2618 miles, with the pericenter being 372.1803 miles, and the apocenter is 372.3433 miles. The eccentricity is 0.000, with the inclination being 0*15’48.71”, and the ascending node is 99*57’16.71”. The argument of pericenter is 228*52’12.82”, with the mean anomaly being -150*38’48.80”, and the longitude of pericenter is 328*49’29.54”. The mean longitude is 178*10’40.73”, with the orbital velocity being 99.17 miles per hour, and the orbital resonances are 5:2 (2). The hill sphere radius is 659139 miles, with the influence sphere radius 273702 miles, and the Roche limit for satellites is 3804 miles. 
== Hoteeminai's Informationals ==
=== Internals ===
==== Core ====
This planet has a small core, around 1/10 the size of the Earth’s core, and it seems like this core is not really one, just a hot center for the mantle. This “core” has a very similar composition to itself and the mantle above it, with the inner and outer core distinction barely existing, with the only difference being a slight temperature change and a 0.06% increase in lithium, of all things. This core spins pretty slow, and spins at a similar speed to the rest of the planet around it. Its speed is around 0.019% less than the planet’s speed, because of this, the border between it and the upper layers is negligible and very blurry. This core has a medium density, around the amount expected of it in the conditions it is in, and the materials found in this core, both the inner and outer core, are silicon, nickel, carbon, and iron, with some trace amounts of other materials found as well. This core is uniform in temperature gradient, material composition, density, and strength, and is much like the layers above it.
==== Mantle ====
The mantle here is mostly uniform, like any, it is a silicate mantle mostly, having a wide array of metals,. The mantle is primarily composed of, along with the core as they are like one in the same, nickel and silicon, with trace amounts of other materials as well, though a difference found in the composition of the mantle is the higher amounts of nickel and silicon, which make up 87% of the materials instead of 56%. The mantle has an expected density, slightly less than the Earth’s density, and since this mantle might as well apply to the whole planet, the global density of this planet, excluding some obvious changes, is 29.777% less than the Earth’s. 
This also means that the planet is softer on average, which is expected considering the high temperatures melting the place into a molten ball. This mantle is uniform in all aspects, density, composition, heat gradient, strength, etc, but it is not for one thing. Between the mantle and core is a carbonized portion, a Carbide mantle. This section has a large amount of carbon, high enough that it has carbonized the materials in its region, forming a sort of independent structure where carbon has combined with every metallic material in the area. Besides it being a very carbon rich region, it is uniform with the rest of the mantle in the other aspects mentioned. 
==== Crust ====
There is a “crust” here, though it is not really that seen, and since it barely exists, so will this passage explaining this planet’s “crust”. The “crust” here is a very thin slice of cooler material which has hardened into a structure which is recognizable to a crust. The “crust” here, however, does not have a boundary with the mantle below it, only a superficial one, and it shares no real difference in aspect with the mantle or even core besides it having a marginal increase in Silicon. Most of the crust is broken daily in hugh swaths of land, Past “tectonic plates’ which are only a few hundred years old at most get smashed and combined by / with the mantle below it, with the molten insides of the planet spewing out in great volumes. This crust has lots of fractures that go across its surface, and is flat because mountains, hills, canyons, etc, wouldn’t have enough time to form before being destroyed. Overall, only a slight, “hard” “casing” around the mantle that it is mostly part of. 
=== "Geography" ===
This planet does not really have a geography to speak of, so the northern and southern hemisphere distinction is useless as the two are too alike to even be separated meaningfully. The geography that is here is based on how molten a patch of surface is, with less molten patches forming into small islands of slight solidity until they are inevitably smashed by some convection cyle. These “land masses” are found to be circular and mostly even in size, with the only differences between the “landmasses” being the distance they are from the center of the day side of the planet, with these “landmasses” getting larger the further away from that point they are. 
These “land masses” are separated by thin stretches of surface that are more molten, which means that this planet, if made analogous, would be like if the islands in a superoceanic ocean were increased to a super-large size so that only a few miles of sea separate them, and they must expand equally in all directions. These “land masses” sometimes merge with each other, forming non-circular shapes, and this is not driven by tectonic drift but by temperature shifts, which makes the “geography” here change like a gas density map in an enclosed space. If stared at for long enough, Provided if you can even see it considering how thick the clouds are here.
=== Climate ===
This planet’s climate is a torrid and very hot one, with the climate’s ability to form consistent weather patterns and weather systems being 97.88888%, and the climate forms overcasty and iron showery weather, with the lowend being category 3 cyclones, and the highend being molten hurricanes, additionally, the average windspeed here is 156.11101% higher than the Earth’s average wind speed. The climate here is considered a global climate, with little to no variation in climatical conditions being found anywhere throughout the planet. Since the planet is tidally locked, it would be more useful to look at changes in the climate, limited they are, from opposite tidal ends of the planet. While this is a global climate, there are changes from side to side, for example: The climate directly on the closet end to the parent star is the hottest and most dangerous, with weather conditions here being the most severe, a constant Iron cyclone rages here, featuring average windspeeds that far exceed the amount that is used for Category 5 hurricanes on Earth. 
This half of the planet’s climate is on average hotter, windier, and experiences marginally more severe and constant weather. The other side of the planet is a little cooler in terms of the climate but only by a thin margin. While there are still iron hurricanes and molten rain showers, the average wind speed drops by a small amount, though not noticeable. What is noticeable is the cloud cover here. The climate over time has generated a global blanket which covers the totality of the planet, with the clouds being dense and generally unchanging with activity. On activity, it should be no surprise that this climate is also quite active, generating weather events consistently across the planet, enough to cover the whole planet within the course of a day. In short, hot climate, don’t visit.
== ~000~ ==
Category:Procedural objects
Category:Objects
Category:Arid
Category:Terra
Category:Planets