Isabuhocalory

(I am now doing a "daily planet" series.)
== Isabuhocalory's Abfrontals ==
=== General summary ===
This is a world stuck between 2 suns, a world of giraffes and hilly plains, with trees that are taller then what gravity should allow them. The planet has a large array of moons that create great shine in the sky  and the dual suns sometimes create double days, which the local creatures have adapted to with odd sleep-wake cycles and energy conservation methods. The savannahs here are denser, way denser, more like spread out forests with large trees,and a nearby civilization has an outpost on this world. 
=== Trivia ===
* Maybe
=== Key Featurals ===
The planet has a lot of weather, so when looking on this world, you will see a large amount of clouds, and their densities are opposite to each other. The northern hemisphere has way more than the southern, though this seems to flip occasionally. The atmosphere is a golden orange, with it covering large swaths of brownish land. Said brownish land surrounds a large polar ocean which stretches down in an octopus like fashion into smaller seas. That ocean has a large amount of islands, though they are all large and are close to land. That brownish land is mostly uniform in color, though it it sometimes interrupted by large deserts, deserts of tall sand dunes and salt beds. 
== Isabuhocalory's Properties ==
=== Physicals ===
The planet has an equatorial diameter of 11877.87 miles, with the mean diameter being 11831.39 miles, and the polar diameter is 11738.98 miles. The oblateness is 0.011694, with the mass being 5.4441 M⨁, and the density is 8.9954 grams per cubic centimeter. The insolation is 0.17075, with the effective temperature being 148.32 kelvin, and the Earth similarity index is 0.611. The rotational period is 10 hours, 0 minutes, and 46.62 seconds, with the solar day being 10 hours, 1 minute, and 46.47 seconds, and the axial tilt is 48*38’00.37”. The gravity on the equator is 23.485 meters per second, with the gravity on average being 23.909 meters per second, and the gravity on the poles is 24.286 meters per second. The circular / escape velocities are 33814.97 miles per hour and 47821.58 miles per hour, with the age of the planet being 5.803 billion years, and the tidal heating here is 2.8696*10^8 watts. Silicate mantle makes up 52.4% of the planet at a mass of 2.8519 M⨁, and the Metallic core makes up 47.6% of the planet, and it has a mass of 2.5922 M⨁.
=== Atmospherics ===
The height of the atmosphere is 25.45 miles, with the tropopause height being 11.77 miles, and the height of the homogeneous atmosphere is 19311.42 feet. The atmospheric pressure is 136 atm, with the air density being 98.951 kilograms per cubic meter, and the air temperature is 438.57 kelvin (165.42*C, 329.756*F). The speed of sound here is a fast 965.19 miles per hour, with the exosphere temperature being 1149.8 kelvin, and the greenhouse effect is 290.17 kelvin. The average molar mass si 26.056, with the relative mass being 1.856*10^-5, and the actual mass of the atmosphere is 126.3 Earth atmospheres;. Nitrogen makes up 78.6% of the atmosphere, with Water vapor at 16.3%, Oxygen at 4.83%, and Carbon dioxide, which is at 0.308%. 
=== Hydrospherics ===
The maximum depth of the ocean here is 15990.30 feet, with the average molar mass being 18.015, and the density is 1 gram per cubic centimeter. The temperature is 438.57 kelvin, with the atmospheric pressure being 136 atm, and the bottom pressure is 1.29*10^3 atm, additionally, the bottom composition is rock. Water makes up a complete 100% of the oceans here.
=== Orbitals ===
The parent of this world is the secondary in a binary star system, with the orbital type being elliptical, and the orbital period is 251.525 days. The semimajor axis is 0.5942 AU, with the pericenter being 0.5790 AU, and the apocenter is 0.6094 AU. The eccentricity is 0.026, with the inclination being -0*11’46.94”, and the ascending node is -2*32’26.56”. The argument of pericenter is 257*57’42.71”, with the mean anomaly being 356*24’6.01”, and the longitude of pericenter is 255*25’16.15”. The mean longitude is 611*49’22.16”, with the orbital velocity being 57492.97 miles per hour, and the hill sphere radius is 1243098 miles, additionally, the influence sphere radius is 931780 miles, plus the Roche limit for satellites is 10371 miles. 
== Isabuhocalory's Informationals ==
=== Internals ===
==== Core ====
This planet has a pretty large core, a core which makes up 8% more of its planet then the Earth’s, and it has a mass 2 ½ times more then the planet Earth. This core is mostly made up of nickel, iron, and silicon, with almost no trace amounts of other materials. This core has a un-uniform heat gradient. The outer core is cooler then the inner core by a noticeable amount, not enough to say that the core is dying or if the core has some unmolten parts, but cool enough that certain alloys can make it past the inner core but not the outer core without getting melted. The outer core is cooler then the inner core by 6.29%, and the outer core has a slightly higher density of material then the inner core. The inner core is a soft molten ball compared to the outer core, with it having a higher temperature, magma content, and a lower density of materials. This inner core is hotter than the Earth’s by 35.400%. Both layers are of an even size, with it being a split of 51/49, the outer core is slightly larger then the inner core, though not by a lot. This core does not have a definite boundary with the layer above it, the mantle, and it shoots out way more magma plumes then the Earth’s core, which includes having way more successful magma plumes. 
==== Mantle ====
The mantle of this planet is similar to the core in composition, mostly made up of nickel, iron, and silicon, though with some hints of other elements as well, in very small trace amounts. This mantle does not share a definite boundary with the core below it, as stated before, and it often has parts that become molten and unmolten, though these are right next to the core. The convection cycles in the mantle are moderate, slightly faster than the ones found on Earth, which is expected of this planet, but what was not expected was the weakness of this mantle. This mantle has only 75% of the strength of the Earth’s mantle, which means that magma plumes go through it with ease, the only ones stopping being the ones that did not have that much magma to fuel them in the first place. While this planet is not in the negatives when it comes to strength (negative strength when it comes to mantle means that the mantle is weaker than if there were no mantle), it is still way lower than it should be, a full 24% lower. One last thing to note here, or rather two things, is the heat gradient and the material and resource densities, which are mostly uniform, only tipping off a bit when going up to the crust. Any mining operations in this planet’s mantle will come across the same general temperature everywhere and will not find that many precious resources, only raw ones that serve little purpose and are consistently distributed across said mantle. They, however, won't have to replace the drill bit that much because of how weak and spread-out the rock is.
==== Crust ====
This planet, despite its crust, has a strong mantle to make up for it. This crust shares a definite boundary with the mantle below it and is composed of a more diverse set of materials, with aluminum, calcium, and oxygen going into the mix. This crust is flexible, allowing for a moderate amount of tectonic activity but not allowing volcanoes to reach a large size. Looking at this planet, we will find that it is littered with small volcanoes, and while they may look small and act weak, on Earth they would have been supervolcanoes. The strength of this crust and how dense it is mean that any rifting or converging would take a great deal of force, which is why earthquakes here are stronger, why most continents subduct when converting, and also why ascension happens when continents rift more often than just being filled with magma. Continents tend to ‘go under’ and ‘appear out of nowhere’ in or on this crust pretty often.
== ~000~ ==
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Superterra
Category:Planets