Ðæzia

== Ðæzia's information ==
This is a temperate superterra located in the core of Kayles galaxy that has intelligent life on it. The planet has a diameter of 9873.49 miles, with a mass of 2.3588 M⨁. The density of the planet is 6.7948 grams per cubic centimeter, with the oblateness being 0.0127153. The effective temperature of the planet is 270.23 kelvin, the conversions for that are -298 degrees Celsius, or 26.636 degrees Fahrenheit, and the earth similarity of the planet is 0.917, which is relatively high for planets in the environment it is in. The albedo of the planet (bond / geom) is 0.335631 and 0.402757. The rotational period of the planet is 11 hours, 1 minutes, and 50.09 seconds, with a solar day of 11 hours, 3 minutes, and 22.83 seconds. The axial tilt of the planet is none, its 0*00’00.00”, which is a rare thing for planets, especially for worlds that are inhabited by a large and diverse ecosystem.  The planet is on the older side of things for planets with an age of 9.657 billion years. The gravity on the poles of this world is 15.3 meters per second, with the gravity on the equator being 14.714 meters per second. The gravity on average is 1.5 times more than the Earth’s gravity. The circular velocity of the planet is 6.76 miles per second, with the escape velocity being 9.57 miles per second. The planet has a standard elliptical orbit like most worlds, it is believed that a circular orbit for planets is extremely rare. The orbital period of the “binary system” is  197.269 days, with the planet's period to make one small circle being 11 hours, 1 minute, and 50.09 seconds. 
The semimajor axis of the planet is 1544.05 miles, with the pericentric distance being 1542.16 miles. The semimajor axis of the binary is 0.64 AU, with the pericentric distance being 0.58 AU. The planet has a very low eccentricity with it being 0.001, with the binary eccentricity being 0.096, which is still low. The inclination of the planet is 0*00’22.65”, with the inclination of the binary system being -1*11’10.12”. The ascending node of the planet is -105*06’22.68”, with the ascending node of the binary system being -12*43’54.15”. The argument of pericenter for the terra is 209*12’23.45”, with the argument of pericenter for the binary system being 235*59’15.16”. The mean anomaly of the planet is 100*00’34.09”, with the mean anomaly of the binary system being 8*00’59.93”. The longitude of pericenter of the planet is 104*06’00.77”, with the longitude of pericenter of the binary system being 223*15’21.00”. The mean longitude of the planet is 204*06’34.86”, with the mean longitude of the binary system being 231*16’20.93”. The hill sphere radius of the planet is 759487.64 miles, with the influence sphere radius being 555816.70 miles. The roche limit for satellites around this planet is 7847.60 miles, with the roche limit for the binary system being 8046.89 miles. The height of the atmosphere on this planet is 35.07 miles, which is still lower than the Earth’s, which is common for planets. 
The tropopause height is 2683.91 feet, with the height of the homogeneous atmosphere being 10217.74 feet. The atmospheric pressure of the planet’s atmosphere is very low, with it being only 0.262 ATM, with the air density being 0.41773 kilograms per cubic meter. The air temperature of the planet is 274.34 kelvin, 34.142 degrees Fahrenheit, or 1.19 degrees Celsius, with the speed of sound on this planet being 955.28 feet per second. The exosphere temperature of the planet is 1453.3 kelvin, with the greenhouse effect being 1.988 kelvin. The average molar mass of the atmosphere is 38.480, with the relative mass being 9.0741*10^-8. The mass of said atmosphere is 2.1404*10^-7 M⨁. The atmosphere is 54.4% carbon dioxide, with oxygen being 43.5% of the atmosphere. Nitrogen makes up 1.9% of the atmosphere.This planet is located very close to the central black hole of Kayles galaxy, and it can see the cluster from its vantage point. This is rare due to the amount of radiation that supermassive black holes output into their surrounding regions, thus making intelligent life nearly impossible, but this world appears to be an exception. 
The planet’s moon is very close to it, around 20 thousand miles of distance on average, and due to this, the planet is tidally locked to its moon. The civilization of this world has colonized the moon earlier in its history, and over time it has established a firm presence on said moon. It colonized it during the 500s–600s AD. The moon is close enough that from the surface, you can see the individual craters and mountains. The planet is generally higher in elevation across all of its surface, making only the coastal regions habitable. The planet has a climate similar to that of the Pacific Northwest. The trees on this planet are also the oldest known, with the average age being around a million years. This is due to the trees being large and bulky to protect against severe weather and avalanches and being energy efficient due to the endless "season" of winter. The moon phases here change in a matter of hours, which is an interesting experience to observe from ground level.
=== Gallery ===
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== Ðæziaoon (Moon) ==
The moon of this planet is a temperate selena with a diameter of 4568.63 miles, which is half of the Earth’s, and a mass of 0.18431 M⨁. The moon has an unexpectedly high earth similarity of 0.853, higher than that of Uptopia, another world that looks more like Earth than the backwater of this moon. The moon has a density of 5.3789 grams per cubic centimeter, with an oblateness of 0.0163642. The effective temperature on this moon is 268.12 kelvin, -5.03 degrees celsius, or 22.946 degrees fahrenheit. The albedo (bond / geom) is 0.3 and 0.36. The rotational period of the moon is 11 hours, 1 minute, and 50.09 seconds, with the solar day being 11 hours, 3 minutes, and 22.83 seconds. The moon like its parent planet has no significant axial tilt (0*00’00.00”). The gravity on the poles of the moon is 5.6251 miles per second, with the gravity on the equator being 5.3504 miles per second. The atmosphere is 96.7% made of carbon dioxide, with sulfur dioxide making up 1.76%, and Ethyne making up the rest at 1.31% of the atmosphere. The moon always makes one solar eclipse per day, with those eclipses covering up at least 1/9th of the planet’s surface. The moon has several large permanent cities on its surface, with these cities being in the craters of the moon. The moon’s atmosphere has a height of 91.08 miles, and there is no tropopause in the atmosphere of this moon. The height of the homogeneous atmosphere is 35360.05 feet, with the atmospheric pressure being 0.000806 atm. The air density on this moon is 0.0013918 kilograms per cubic meter, with the air temperature being 297.67 kelvin. The speed of sound on this moon is 917.52 feet per second, with the exosphere temperature being 1451.2 kelvin. The greenhouse effect on this moon is 0.20898 kelvin, with the average molar mass being 44.100. The relative mass of the atmosphere is 2.0941*10^-9, with the mass of said atmosphere being 3.8597*10^-10 M⨁. 
=== Gallery ===
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== Star System ==
The planet is part of a 10 planet system that orbits a yellow dwarf (G9.9 V) that has a mass of 0.91421 M⨀, with said star having a diameter of 1.0164 M⨀, slightly larger than the Sun, there is one dwarf planet in the system as well. The first planet in the star system is a hot selena, with the second planet being a hot desert. The third planet is a warm gas giant that has a mass of 0.77029 M♃, and the fourth planet is this one, a temperate superterra with life. The fifth planet is a cold gas giant with rings that has a mass of 6.4405 M♃, that gas giant has a small ring system that is far from the parent world leaving a large gap between it and the rings. The sixth major object in the system is a dwarf planet, and it si a cold ice world The seventh planet is a small cold minineptune that has a mass of 38.429 M⨁, and a diameter of 4 times that of the Earth’s. The eighth planet in the star system is a frozen ice world with a mass of 0.11985 M⨁, and a diameter of 4911.76 miles, six tenths of the Earth’s. The ninth world is a frozen ice planet with a mass of 0.58 M⨁ (rounded), and a diameter of 8544.16 miles, which is just above the Earth’s diameter, this is odd considering the mass. The planet is also ringed. The last planet is also ringed and is a frozen ice world with a mass of 2.7408 M⨁, and a diameter of 12725.25 miles, six tenths larger than the Earth. This star system also has an asteroid belt, between the positions of the 6th world and the 7th world.
=== Star system gallery ===
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=== Star system chart ===
 	Ðæzisol 	Ðæzicury 	Ðæzievenus 	Ðæziauranus 	Ðæzia 	Ðæziaturn 	Ðæzialuto 	Ðæzeptune 	Ðæziaberg 	Ðæziallia 	Ðæziris
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Type 	Star 	Planet 	Planet 	Planet 	Planet 	Planet 	Dwarf Planet 	Planet 	Planet 	Planet 	Planet
Class 	Yellow dwarf (G9.6 V)	Hot Selena 	Hot Desert 	Warm gas giant	Temperate terra	Cold gas giant	Cold ice world	Cold ice giant	Frozen ice world	Frozen ice world	Frozen ice world
Mass 	0.91421 M⨀ 	0.020209 M⨁ 	0.103 M⨁ 	0.77029 M♃ 	2.3588 M⨁ 	6.4405 M♃ 	0.0041872 M⨁ 	38.429 M⨁ 	0.11985 M⨁ 	0.57473 M⨁ 	2.7408 M⨁
Diameter 	1.0164 D⨀ 	2555.35 Miles	3381.76 Miles	88028.05 Miles	9873.49 Miles 	93878.40 Miles	1650.49 Miles 	32561.15 Miles	4911.76 Miles 	8544.16 Miles 	12725.25 Miles
Orbital period 	N/A 	13.705 Days 	35.805 Days 	104.115 Days 	197.269 Days 	1.302 Years 	2.642 Years 	6.179 Years 	20.041 Years 	55.719 Years 	143.859 years
Atmospheric composition	H2, He 	N/A 	CO2, SO2 	H2, He 	CO2, O2, N2 	H2, He 	N/A 	H2, He 	N2 	N2, CH4, Ar 	N2, He
Second photograph 	
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Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Superterra
Category:Superearth
Category:Planets