Difference between revisions of "Palawan"

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{{Version|4.85.3}}
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{{Version|4.91}}
 
{{Planet Infobox
 
{{Planet Infobox
 
| name = Palawan
 
| name = Palawan
 
| image = Palawan.jpg
 
| image = Palawan.jpg
| owner =
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| owner =  
 
| system = [[Tau-44]]
 
| system = [[Tau-44]]
| sector = 2G
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| sector = 3E
 
| house = [[Border Worlds]]
 
| house = [[Border Worlds]]
| population =
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| population =  
 
| docking = No
 
| docking = No
 
| terrain = Ice
 
| terrain = Ice
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| escape_velocity = 8.42 km/sec
 
| escape_velocity = 8.42 km/sec
 
}}
 
}}
This stellar body, similarly as its neighbour, [[Planet Malakka|Malakka]], is a classification nightmare for scientists. It is too big for a moon, too small for a planet. Palawan has the same geological structure as Malakka's rocky core, as if they were once one. This leads to an assumption that some sort of cataclysm might have broken a bigger planet into two, of which only the larger Malakka retained its atmosphere.
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This stellar body, similarly as its neighbour, [[Planet Malakka]], is a clasification nightmare for scientists. It is too big for a moon, too small for a planet. Palawan has the same geological structure as Malakka's rocky core, as if they were once one. This leads to an assumption that some sort of cataclysm might have broken a bigger Planet into two, of which only the larger Malakka retained its atmosphere.
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[[Category: Border Worlds]]
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[[Category: Tau-44]]

Latest revision as of 11:31, 16 February 2019

Palawan
Palawan.jpg
Location 3E, Tau-44
Border Worlds
Technical information
Docking No
Terrain Ice
Diameter 9,348 km
Mass 3.83 x 10e24 kg
Temperature -88°C to -60°C
Escape velocity 8.42 km/sec

This stellar body, similarly as its neighbour, Planet Malakka, is a clasification nightmare for scientists. It is too big for a moon, too small for a planet. Palawan has the same geological structure as Malakka's rocky core, as if they were once one. This leads to an assumption that some sort of cataclysm might have broken a bigger Planet into two, of which only the larger Malakka retained its atmosphere.