Renenneneria

(Handwriting essays are annoying and not as good as ones written on computers, and yet, schools still use it even after the muscle memory re-programming during the COVID-pandemic distance learning era.)
==Renenneneria==
===Technical===
====Physicals====
The moon has a diameter of 7536.14 miles, (0.95077 R⨁), with the mass being 3.6429*10^24 kilograms, (0.60978 M⨁, and the density is 3.9 grams per cubic centimeter. The oblateness is 0, with the effective temperature being 271.24 kelvin, and the Earth similarity index is 0.898. The rotational period of the moon is 50.974 days, (it is tidally locked), with the solar day being 53.493 days, and the axial tilt is 2*30’8.96”. The age is 508.683 million years, with the gravity on the poles being 6.6175 meters per second, and the gravity on the equator is 6.6175 meters per second, both are the same value and come to around 0.67 G. The circular velocity is 3.94 miles per second, with the escape velocity being 5.57 miles per second.
====Atmospherics====
The height of the atmosphere is 63.14 miles, with the tropopause height being 44604.92 feet, and the height of the homogeneous atmosphere is 26258.06 feet. The atmospheric pressure is 1.82 atm, with the air density being 3.4606 kilograms per cubic meter, and the air temperature is 275.31 kelvin, (2.16 *C, 35.888 *F). The speed of sound here is 873.78 feet per second, with the exosphere temperature being 1753.4 kelvin, and the greenhouse effect is 4.0562. The average molar mass is 43.538, with the relative mass being 3.1943*10^-6, and the actual mass of the atmosphere is 1.9467*10^-6 M⨁. Carbon dioxide makes up 95.6% of the atmosphere, with Oxygen at 3.51%,  Sulfur dioxide at 0.581%, and Nitrogen at 0.228%.
====Orbitals====
The moon has an elliptical orbit, its parent is a gas giant, and its orbital period is 50.974 days. The semimajor axis is 5739764.31 miles, with the pericentric distance being 5138494.39 miles, and the eccentricity is 0.105. The inclination is 12*10’26.45”, with the ascending node being 168*6’45.80”, and the argument of pericenter is 179*31’16.08”. The mean anomaly is -83*40’52.78”, with the longitude of pericenter being 347*38’1.88”, and the mean longitude is 263*57’9.10”. The hill sphere radius is 189662.16 miles, with the influence sphere radius being 169948.11 miles, and the Roche limit for satellites is 4999.14 miles.
===Store===
====Internals====
Since this moon is young, its internal structure is very active. It has several small volcanoes dotted across its landscape, though they seem to appear more often in the seas, limited they are. The core is massive compared to the moon, it is a large “ball” of molten nickel and iron, and it makes up around 83% of the moon’s insides, which also makes the mantle a thin and hot layer. It is expected that, over time, the core will cool down and thus shrink in size, going to a more manageable 34% - 38% of the moon’s insides. The hot core and mantle would have bursted the moon with lots of visible activity, but this is not seen, it is thus concluded that the crust here is very thick and strong, not easy to crack through or move around. This also explains why the tectonic plates move ⅓ as fast as the Earth’s, a thick and strong tectonic structure would not allow for such movement. This structure is unlikely to change anytime soon, which also means this geography is unlikely to change anytime soon. (Soon as in 1 - 2 billion years.)
====Geography====
The geography here at the moment is land dominated, with around 70 - 80% of the moon being covered in land, and assuming that the moon’s ice age lets up, the moon will have 60 - 70% of its surface covered by ocean. The moon has two massive continents  one in the north, and one in the south, these are presumably supercontinents, and these landmasses seem to be converging at each other, creating several mountain ranges around the equator, which serve as the basis for the massive land bridges. The seas here are mostly around the equator, they are deep despite their reduced state, and they don’t have hundreds of small islands in them. It’s so little that the amount of islands here is less than 500, meaning that this moon has fewer islands than Sweden. The moon as mentioned before is in the middle of an ice age, and this is evidenced by the massive polar glaciers, who have a sloping edge rather than a hard one.
====Climate====
As mentioned before, the moon is in the midst of an ice age, as in, the climate is colder than average. This means that the air is pretty dry, as most of the moisture would be frozen to the sides of cliffs, and sometimes the air is cold enough that parts of the coastal sea freeze over. The water cycle here is surprisingly robust, producing large amounts of atmospheric condensation (clouds), despite the cold climate which would normally not allow the evaporation of water. That is why it is thought that this moon’s climate maximizes / skips a step in the water cycle. It is cold enough that the limited amounts of water vapor, that form around the edges of volcano calderas, could be maximized to form large clouds, and the climate is cold enough that air particles could freeze together, creating clouds themselves that are even capable of producing showers, no need for evaporation there. In short, a cold climate could skip the evaporation step in the water cycle.
====Biosphere====
The biosphere here is very limited, considering that life has just advanced past the prebiotic chemical stage, meaning that very basic cell structures would still be considered ‘new’, but just because it is new and limited doesn’t mean it has any unique observable traits. From space, a common form of cellular blooming could be seen on the seas, though this blooming season is short, appears in very limited areas, and has a muted green color. Besides that, the other unique fact about this biosphere is that a certain species of very reproductive and ‘more advanced’ cell here spreads its spores both in the sea and on the land itself, tinting some of the rock in a desaturated green color. It is unknown why the cell does this considering its spores have not advanced to the point that they can survive on land, but it could be some sort of selective pressure that makes the cell(s) spill spores out everywhere, including into the air, in hopes of landing in another sea (or part of it). Overall, it is a limited and new biosphere, but it is a bit interesting.
==Gallery==
File:Renenneneria-001.png
File:Renenneneria-005.png
File:Renenneneria-007.png
File:Renenneneria-010.png
File:Renenneneria-009.png
File:Renenneneria-008.png
File:Renenneneria-002.png
File:Renenneneria-003.png
File:Renenneneria-006.png
File:Renenneneria-004.png
==Moon system==
The parent planet has a small moon system compared to the mass, around 29 moons, 3 of which are major. The major moons are made up of 2 terras, and an oceania, all of them have the potential for life, and one of them has already developed it, (this one). Most, if not all, of the moons are temperate in their temperature, and the moons which are not the majors are medium sized asteroids which are normally “rockish” in their shape. Some of the minor moons have collided with this moon, and that is because this moon is located in the asteroid cloud, which also creates a more unique night sky.
 	Polillilera 	Roccecceniya 	Renenneneria
Image 	
File:Renenneneria-011.png 	
File:Renenneneria-012.png 	
File:Renenneneria-013.png
Class 	Temperate terra 	Temperate oceania 	Temperate terra
Mass 	0.3865 M⨁ 	0.44873 M⨁ 	0.60978 M⨁
Diameter	5757.82 Miles 	6860.81 Miles 	7536.14 Miles
Notes 	This moon could be the second world to develop life. It has the necessary ingredients and conditions.	This could be the third world to develop life, though it does not have the necessary conditions for the pre-biotic ingredients to form into basic organisms.	This world has developed life only ~500 - ~600 million years after its formation.
==Star system==
The star system which this moon is part of is a 10 position planetary system which orbits a solitary star (F0 V). The system has 2 dwarf planets and 8 regular planets, and the system has 2 parts, an inner and an outer. The inner system has 5 positions, 1 of which is occupied by a dwarf planet, and this inner part is bordered by a thick asteroid belt. The outer system has 5 positions, 1 of which is occupied by a dwarf planet. The system has a large oort cloud which brings in regular ‘long period’ comets. 
File:Renenneneria-014.png
Category:Procedural objects
Category:Objects
Category:Moons
Category:Terrae
Category:Life