Ordizoid

(Got preoccupied with some stuff, sorry about that.)
==Ordizoid==
===Technical information===
====Physicals====
This planet has an equatorial diameter of 9120.30 miles, with the  mean / polar diameter being at the same size, and the oblateness is a perfect 0. The mass of the planet is 1.7042 M⨁, or 1.0178*10^25 kilograms, with the density being 6.1475 grams per cubic centimeter, and the insolation is 1.5346. The effective temperature is 254.82 kelvin, with the Earth similarity index being 0.935, high. The rotational period here is 2.029 days, with the solar day being 2.005 days, and the axial tilt is 170*35’58.57”. The gravity on the equator is 12.614 meters per second, with the gravity on average and on the poles being 12.595 meters per second, which is 1.2844 g(s) on average. The circular velocity is 21506.52 miles, with the escape velocity being 30414.82 miles, and the age of the planet is an old 12.113 billion years, additionally the tidal heating is 6.2018*10^10 watt 
====Atmospherics====
The height of the atmosphere is 31.86 miles, with the tropopause height being 10.21 miles, and the height of the homogeneous atmosphere is 19459.36 feet. The atmospheric pressure is 22.4 atm, with the air density being 30.407 kilograms per cubic meter, and the air temperature is 274.89 kelvin, which is 35.132 *F, or 1.74 *C. The speed of sound is 705.99 miles per hour, with the exosphere temperature being 1439.4 kelvin, and the greenhouse effect is 20.059 kelvin. The average molar mass is 30.988, with the relative mass being 1.0824*10^-5, and the actual mass of the atmosphere is 23.057 Earth atmospheres. Oxygen makes up 79.2% of the atmosphere, with Nitrogen at 19.1%, Water Vapor at 1.13%, and Carbon dioxide at 0.497%. 
====Hydrospherics====
The maximum depth of the oceans here is 26970.18 feet, with the average molar mass being 18.020, and the density of the oceans is 1.0001 grams per cubic centimeter. The temperature of the oceans is 274.89 kelvin, with the atmospheric pressure being 22.4 atm, and the bottom pressure is 1.04*10^3 atm, plus the bottom composition is rock. Water, fresh and salt, makes up 100% of the oceans here. 
====Atmospherics====
The planet has an elliptical orbit, with its parents being 2 stars, and the orbital period is 168.120 days. The semimajor axis is 0.6863 AU, with the eccentricity being 0.018, and the inclination is 2*22’27.32”. The ascending node is -92*19’7.16”, with the argument of pericenter being 11*19’32.97”, and the mean anomaly is 200*09’07.88”. The longitude of pericenter is -90*59’34.64”, with the mean longitude being 119*09’33.24”. The hill influence sphere radius is 650525 miles, with the general influence sphere radius being 412140 miles, and the roche limit for satellites being 7042 miles. 
===Store===
====Internals====
The planet’s internals are hotter than most other world’s. The core generates a higher temperature on average than the Earth’s, with the core’s molten boundary harder to distinguish. Aluminum, Iron, and Nickel, with trace amounts of other minerals found. Because the higher temperatures generated, the mantle is more molten, and thus the tectonic plates are more flexible. Earthquakes happen here way more often, and active Volcanoes are found here at a greater rate than the Earth. This world’s engine is a hotter one, despite its age.
====Geography====
The planet’s geography is Earth-like, adopting an island based formation. These continents seem to have split from eachother recently from a Panega-like continent. The time this happened is around 500 - 600 million years ago, and it has produced 6 continents, with 2 additional large landmasses. Most of the land found here is above the equator, in the northern hemisphere, and most islands stay close to the coastline. Volcanic islands of course dot the ocean but they are more organized, and tend to follow historic and current plate boundaries, and tend to be somewhat active, with the average eruption rate globally being around 6 every year. These volcanic islands have had their environmental effect lessened by the civilization which lives here. 
====Climate====
The climate here is varied, like the Earth’s. There are large desert zone, arid wastelands, arable fields, dense jungles, forests, and what not which is present here. This is despite the average temperature here being 35*F, which is cold for Humans. If the climate here was to be described accurately, it would be like a constant very cold breeze over a tropical paradise. 
====Biosphere====
The biosphere of this planet leans towards a general populace of warm blooded reptiles interestingly enough. Most animals here have evolved scales, and are generally smaller in size as well. The animals here tend to survive with less water, and are more efficient and minimalist with their food sources. Most of them are carnivorous but there is a large populace of herbivores which tend to breed in large amounts quickly, like bugs, which are not that common here as on Earth. 
====Civilization====
The civilization that exists here is a large one, stronger and more populated than Humanity. This world’s civilization is more collectivized, hive minded in nature. It is observed that they tend to be very collected in cities, and they seem to build temples which what seem to be whole cities of members congregate in. The civilization seems to have around 20 billion members, and it seems that they have the ability to do climate wide terraforming.
===Gallery===
File:Ordizoid-001.png
File:Ordizoid-002.png
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File:Ordizoid-010.png
===Moons===
The planet has one major moon which orbits close to it, and there exists a small cloud of dwarf moons. All of them seem to have been collected over time, and there is 6 of them. These moons most likely have originated from the asteroid belt which this planet exists within.
 	Odrizooni
Image 	
File:Ordizoid-011.png
Class 	Temperate airless subferria
Mass 	2.1405 M◐
Diameter 	2316.38 Miles
Orbital Period	36h 17m 41.90s
===Star system===
The star system that this planet exists in is a binary star system which has 9 planets around its two stars. The two stars are a yellow dwarf, and an orange dwarf, and there are no large planets in the system, the largest planet is a superneptune. There is no oort cloud in this system, but ehre are two large asteroid belts. The first which exists between the 1st and 4th planets, and the farther larger asteroid belt, which exists within the orbit of the 9th planet. 
File:Ordizoid-012.png
File:Ordizoid-013.png
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Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Terra with Rings
Category:Planets
Category:Civilization