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Difference between revisions of "La Trinite"
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| − | {{Version|4. | + | {{Version|4.91}} |
{{Planet Infobox | {{Planet Infobox | ||
| name = La Trinite | | name = La Trinite | ||
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| system = [[Provence]] | | system = [[Provence]] | ||
| sector = 4G | | sector = 4G | ||
| − | | house = | + | | house = [[Border Worlds]] |
| population = | | population = | ||
| docking = No | | docking = No | ||
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}} | }} | ||
La Trinite is the largest and heaviest moon of [[Planet Nice]]. Its crust consists of water ice and rock in near equal proportions, although rock outcrops on the surface are quite rare. La Trinite has a thin atmosphere that has resulted from evaporation of nitrogen from the moon's surface. It mostly consists of nitrogen and helium. The core of the moon is still surprisingly hot, and internal heat allows its surface temperature to rise as high as -100°C or even higher in polar regions. | La Trinite is the largest and heaviest moon of [[Planet Nice]]. Its crust consists of water ice and rock in near equal proportions, although rock outcrops on the surface are quite rare. La Trinite has a thin atmosphere that has resulted from evaporation of nitrogen from the moon's surface. It mostly consists of nitrogen and helium. The core of the moon is still surprisingly hot, and internal heat allows its surface temperature to rise as high as -100°C or even higher in polar regions. | ||
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| + | [[Category: Border Worlds]] | ||
Revision as of 15:20, 11 December 2018
| La Trinite | |
 | |
| Location | 4G, Provence Border Worlds |
| Technical information | |
| Docking | No |
| Terrain | Ice |
| Diameter | 6,711 km |
| Mass | 1.05 x 10e24 kg |
| Temperature | -210°C to -94°C |
| Escape velocity | 6.71 km/sec |
La Trinite is the largest and heaviest moon of Planet Nice. Its crust consists of water ice and rock in near equal proportions, although rock outcrops on the surface are quite rare. La Trinite has a thin atmosphere that has resulted from evaporation of nitrogen from the moon's surface. It mostly consists of nitrogen and helium. The core of the moon is still surprisingly hot, and internal heat allows its surface temperature to rise as high as -100°C or even higher in polar regions.
