Mehjupijupi

(Yes, the name is a little weird)
== Mehjupijupi's Abfrontals ==
=== Condensed Summary ===
Average world, small, gaseous, has a nice ring system, and is in an obscure elliptical galaxy.
=== Trivia ===
* This is one of the many "daily planets", and they will be developed slower then the ones from my mainline series
* This world's looks feel like they came straight out of December 2022
* These "daily planets" will be focused more in random locations rather then stay in one galaxy. The majority of them will be in small and obscure galaxies. 
=== Featurals ===
This gas dwarf is covered by a blanket orange tone, which gets brighter and more saturated the closer you get the equator, though the actual color itself does not diverge too much from itself. The planet has a thin blue atmosphere covering the orange clouds, and this atmosphere is overwatched by a ring system. That ring system has 2 thin rings, the 1st one is smaller than the second, and is purplish in coloration. The second one is gray, and has a more de-saturated violet tint to it. These 2 rings are bound close to the planet, but not too close as to be a stone throw away, nor is it far enough that a whole Earth could fit in between it and the rings. 
== Mehjupijupi's Properties ==
=== Physicals ===
The equatorial diameter of this planet is 32321.60 miles, with the mean diameter being 31953.98 miles, and the polar diameter is 31231.24 miles. The oblateness is 0.033735, with the mass of the planet being 37.248 M⨁, and the density is 3.1241 grams per cubic centimeter. The insolation is 0.082169, with the effective temperature being 136.14 kelvin, and the earth similarity index is 0.387. The rotational period of this world is 8 hours, 27 minutes, and 24.78 seconds, with the solar day being 8 hours, 27 minutes, and 37.98 seconds, and the axial tilt is 48*5’28.11”. The gravity on the equator is 20.86 meters per second, with the gravity on average being 22.426 meters per second, and the gravity on the poles is 23.476 meters per second. The circular / escape velocity is 54023.53 miles per hour and 76400.81 miles per hour, with the age of this world being 6.923 billion year , and the tidal heating is 4.1697*10^7 watts. Hydrogen makes up 29.9% of the planet, with Helium at 2.77%, Water / icy envelope at 46.4%, Silicate mantle at 10.5%, Carbide mantle at 6.57%, and Metallic core at 3.97%. 
=== Atmospherics ===
The height of the atmosphere is 1437.61 miles, with the tropopause height being 10.30 miles, and the height of the homogeneous atmosphere is 380.49 miles. The atmospheric pressure is 1*10^6 atm, with the air density being 7549.5 kilograms per cubic meter, and the air temperature is 5000 kelvin, the reason for that seems to be unknown, and is most likely a reading error. The speed of sound here is 9657.98 miles per hour, with the exosphere temperature being 937.81 kelvin, and the greenhouse effect is 0 kelvin. The average molar mass is 3.097, with the relative mass being 0.22217, and the mass of the atmosphere is 1.0344*10^7 Earth atmospheres. Hydrogen makes up 90.1%, Helium is at 5.89%, Methane is at 2.97%, Acetylene is at 0.306%, Octane at 0.269%, Propane at 0.267%, and Ethene is at 0.114%.. 
=== Hydrospherics ===
The planet’s parent is a singular star, with the orbital type being elliptical, and the orbital period is 2.228 years. The semimajor axis is 1.4769 AU, with the pericenter being 1.4322 AU, and the apocenter is 1.5215 AU. The eccentricity is 0.030, with the inclination being 0*12’38.06”, and the ascending node is -3*44’49.93”. The argument of pericenter is 193*1’33.35”, with the mean anomaly being 312*56’47.90”, and the longitude of pericenter is 189*16’43.42”. The mean longitude is 502*13’31.33”, with the orbital velocity being 44163.51 miles per hour, and the orbital resonances are 10:7 (7). The hill sphere radius is 5138165 miles, with the influence sphere radius being 4288240 miles, and the Roche limit for satellites is 19688 miles. 
== Mehjupijupi's Informationals ==
=== Internals ===
==== Core ====
This planet has an Earth sized core. It has a composition of silicon and nickel, with some other similar materials being included as well. This core has a moderate amount of heat, and is much similar to the Earth’s core, and this core has a rotational speed similar to the Earth’s core as well. This core does not have a definite boundary with the layer above it, and besides the material composition, they are quite similar to each other, with any transition between the two not being noticeable. 
This core has a large outer core, it makes up 78% of the core, and it is slightly cooler and denser than the inner core, consequently, it has a small inner core, but it makes up for this with a greater amount of nickel (though not by much), and a more “sea-like” feel when it, though it is not too noticeable.  While they may have those differences, both layers of the core are generally similar, having a similar heat and material gradient, and they share a similar material composition and density, though it is still not similar enough that samples of both wouldn’t be distinguishable. The inner and outer core also do not have a real boundary between the two, which means a transition between them is also not noticeable, like how a transition between the first layer of mantle and the outer core is not noticeable. 
==== Mantle ====
Three parts make up the mantle here: a water/icy envelope, a carbide mantle, and a silicate, regular mantle. This mantle is strong and does not allow for that many disruptions, whether internal or external. The top of the mantle is a pressured sea of water and ice, which acts as a sort of “surface” for the sea of hydrogen and helium, which are most likely metallic at that depth. This layer is dark considering that no light gets down here, and this layer, or more accurately, sub-layer, has sub-layers of its own, 2 to be exact. An oceanic top and an icy bottom. Moving below the ice, we find the silicate mantle, a sub-layer of this mantle and one that is most like any regular terrestrial mantle. 
It has some moderate convection currents, and it has a moderate amount of strength. This mantle is dense and has a composition of iron, nickel, and silicon, with some trace amounts of water and methane. A little further down, we find the carbide part of the mantle, which is where most of this planet’s carbon decided to build up. Here, carbon has bound itself to other material in the area, and the density and strength of this layer radically decrease, which means a transition between it and the silicate mantle is noticeable. For some reason, despite this layer having a fluid boundary with the core, it does not transition any of the carbon stored in it, only in small amounts, which is a little strange.
==== "Crust" ====
This planet has no real “crust” to speak of, only a thick layer of gas which comprises a good portion of this planet’s mass. This layer is more oceanic due to most of it being metallised by the pressure, which is also high in this layer. It is not a totally oceanic crust, as moving through it is possible and does not require a submarine of sorts, a regular space ship with a good durability and strength should do the job. There is nothing else to really mention about this layer besides it being majorly made up of Hydrogen, with the amount of Hydrogen in this layer being eleven Earths, and the amount of Helium is just very slightly higher than one Earth. 
== ~000~ ==
Category:Gas giants
Category:Minijupiter
Category:Procedural objects
Category:Objects