Bahel

## Bahel's information

This is a hot terra located in the Kayles Galaxy that has been discovered to host intelligent life. This world has a diameter of 14836.74 miles, 23877.42 kilometers, or 1.8718 D⨁, with the mass of the terra being 4.7743 M⨁, which has a great effect on the life on this world. The density of the planet is 4.0016 grams per cubic centimeter. The planet yet again has a perfect oblateness, which is odd, but this does not seem to matter for a perfect gravity across the planet. The effective temperature of the terra is 151.76 kelvin, with the Earth similarity of the terra being surprisingly high, with it being 0.767. The albedo (bond / geom) is 0.329444 / 0.395332. The rotational period of the planet is 2.373 days, with the solar day being 2.378 days. The planet is tidally locked to its moon due to the proximity of that moon, with the axial tilt of the planet being 0\*22’46.17”. The gravity on the poles of this world is 13.368 meters per second, with the gravity on the equator being 13.356 meters per second. The circular velocity of the planet is 7.85 miles per second, with the escape velocity being 11.10 miles per second. The age of this planet is 6.952 billion years, which makes it a billion years older than our Solar system. The planet has a standard elliptical orbit, with its parent object being a yellow dwarf that is slightly smaller than the Sun. The orbital period of the planet is surprisingly short with it being 2.373 days. The semimajor axis of the planet is 2467.10 miles, with the pericentric distance being 2414.40 miles. The eccentricity of the planet is 0.021, with the inclination being 0\*46’38.41”.

The ascending node of the planet is -151\*45’33.65”, with the argument of pericenter being 65\*05’48.91” . The mean anomaly of the planet is 173\*35’21.45”, with the longitude of pericenter being -86\*39’44.74”. The mean longitude of this world is 86\*55’36.71”, with the hill sphere radius of this superterra being 3098816.51 miles. The influence sphere radius of the terra is 2333479.64 miles, with the Roche limit for satellites being 9926.79 miles. The height of the atmosphere on this world is 17.76 miles, with the tropopause height being 10.35 miles. The height of the homogeneous atmosphere is 15707.52 feet, with the atmospheric pressure being 691 ATM. The air density of the planet is 526.31 kilograms per cubic meter, with the air temperature being a staggering 512.08 kelvin, which in Fahrenheit is 462.488 fahrenheit. This is an abnormally high temperature for intelligent life that is similar in advancements to us. The speed of sound on this terra is 1381.72 feet per second, with the exosphere temperature being 1126.8 kelvin. The greenhouse effect on the terra is 360.37 kelvin, which can be easily explained by the amount of carbon dioxide in this world’s atmosphere. The average molar mass in this world’s atmosphere is 43.836, with the relative mass being 0.0002977. The mass of the atmosphere on this terra is large, with it being 0.0014213 M⨁. The atmosphere is 98.5% carbon dioxide, or 681 ATM, with Oxygen making up the significant rest at 1.43% of the atmosphere.

The flora of this world has adapted to the boiling conditions of Bahel, though they might have made some changes to their appearance; for example, most plants on this world are either a dark greenish color or a pinkish color. That or the rocks of this world have a pink color. This is an odd occurrence for plants that are in a star system where they would not tend to use a mainly reddish color as that is more dominant on the surface. Later observations in 2024 and 2025 have discovered large forests in the greener regions and large plains where the red plants are. This still does not give a reason as to why the planets are mainly red. In a study in 2028, they took note of the amount of carbon in the atmosphere, and that atmosphere gave rise to many plant species, and one species, the one with the most anthocyanins, spread across the flatter regions and dominated, though how it spread so widely is unknown. There also seems to be an intelligent civilization similar to ours that has lived under these conditions for tens of thousands of years. Due to the planet having boiling conditions for its oceans, it is unknown if the oceans of this world are either in a constant cycle of water or if the atmosphere of the planet is so overbearing that the oceans do not boil away as fast and the steam is very low to the ground. It is still unknown how life here survives, though it seems to be an impressive achievement for life as a whole. Due to the amount of carbon dioxide in the atmosphere, the civilization that inhabits this world might have evolved a lung system that converts carbon dioxide into oxygen. They would also have an efficient cooling system that keeps them from overheating. They could also use the steam of the oceans to generate electricity; how they would do this is still unknown. There are many islands around the continents, though they are normally close to the coast, with some of them connecting to the mainland again via the tides. This world is also tidally locked to its largest and only moon, which therefore would have an effect on the culture of the civilization on the side facing the moon.

### Moon

The moon of this planet is a cold desert that is in a small binary orbit with its parent planet, though not that large of an orbit. The cold desert has a mass of 0.15321 M⨁, and has a diameter of 4903.91 miles. The density of the moon is 3.5563 grams per cubic centimeter, with the moon having a “perfect” oblateness of 0. The cold desert has a rotational period of 2.373 days, which is also its orbital period. The moon is observed to have relatively small ice caps, which is due to the lack of water. These ice caps are surrounded by generally hilly to mountainous terrain, with the rest of the terrain being a flat, dry, and cold wasteland that stretches for the vast majority of the moon. The atmosphere of the moon is bluish in color, with carbon dioxide making 93.7% of the atmosphere, and nitrogen making up the rest at 6.15% of the atmosphere. Though the moon has a low mass compared to its parent planet, due to its proximity it has tidally locked the parent planet, and by extension itself. Due to the proximity of the moon to its parent planet, it makes it easier for the civilization of said planet to land spacecraft and colonists to the moon, and it seems like from observations that they have set up some small cities on the planet, though these seem to be material cities that are only there because of a vein of some mineral. The moon is not that resource rich besides helium 3, pack ice, sand, iron, and silicate.

#### Moon Chart

 Mass
 Diameter
 Orbital Period

## Star System

This planet is part of a 9 planet system that orbits a single star, Bahesol, which is a G9.2 (V) star with a mass slightly smaller than that of the Sun’s, though it is slightly larger in diameter then our sun, at 0.94672 M⨀ for mass, and 1.0641 D⨀ for diameter. The age of the star system is older then ours by nearly 2 billion years. The star system is occupied by 2 gaseous worlds and 7 terrestrial worlds. The largest planet in this star system is the 6th planet, a megajupiter with a mass of 10.88 M♃ which is brownish in color and is similar to Jupiter in relation to Bahel, with it protecting Bahel from the asteroid belt (of the star system). That world is one of the few that are named differently from the traditional naming convention of naming all the other planets in a system that the “interesting” planet resides in after it from the first few letters of the name. The star system has two dwarf planets in it, both are in the inner system. There are two asteroid belts in this system, one small one that is very close to  the star, and one far out in the areas of planets 7 and 8. The second gaseous world in this star system is a small ice giant with a mass only 58 times that of the Earth. There is also one temperate oceania in the star system, with it having a mass slightly smaller than that of the Earth’s (0.99239 M⨁).