Cart'hen system: Difference between revisions

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Given Cart'hen II seems to be similar in size to Pluto and Eris (half the diameter of Mercury), it's probably a Dwarf Planet. More scientific than "rockball". Adding SI measurements.
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(Given Cart'hen II seems to be similar in size to Pluto and Eris (half the diameter of Mercury), it's probably a Dwarf Planet. More scientific than "rockball". Adding SI measurements.)
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The Cart'hen star is a White Dwarf with a stellar mass of about 0.8
The Cart'hen star is a White Dwarf with a stellar mass of about 0.8
   
   
Any orbital bodies within 1 AU (astronomical unit = 93 million miles = distance between Earth and its sun) were destroyed when the star expanded into a red giant before collapseing into a white dwarf
Any orbital bodies within 1 AU (astronomical unit = 93 million miles = distance between Earth and its sun) were destroyed when the star expanded into a red giant before collapsing into a white dwarf


'''Location''' - Cart'hen star system is located in space sector designated - Starbase 118 - This space sector is divided almost equally between the Federation, Klingon and Romulan Empires. Cart'hen is approximately 4 lightyears from Starbase 118 near the center of the sector.
'''Location''' - Cart'hen star system is located in space sector designated - Starbase 118 - This space sector is divided almost equally between the Federation, Klingon and Romulan Empires. Cart'hen is approximately 4 lightyears from Starbase 118 near the center of the sector.
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'''Cart'hen I''' = asteroid belt... destroyed remains of a planet.
'''Cart'hen I''' = asteroid belt... destroyed remains of a planet.
   
   
'''Cart'hen II''' = a rockball with a diameter of 791.5 miles.
'''Cart'hen II''' = a dwarf planet with a diameter of 1273.5 km (791.5 miles).
   
   
'''[[Cart'hen III]]'''   
'''[[Cart'hen III]]'''   
*a hot desert planet with a diameter of 4,378.4 miles...  
*a hot desert planet with a diameter of 7,044.8km (4,378.4 miles)...  
*a density of 7.6 (this is an extremely dense world with mostly heavy metals forming its core)  
*a density of 7.6 (this is an extremely dense world with mostly heavy metals forming its core)  
*a gravity of 0.76 G's  
*a gravity of 0.76 G's  
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