Last ActiveFeb 10, 2019
BirthdayNov 3, 2007 (18 years old)
Next BirthdayNov 3, 2026 (18 days)
Combat
Kills5
Losses20
Efficiency20%
Danger Ratio100%
ISK
Destroyed482.88m
Lost845.57m
ISK Efficiency36%
Balance-362693503
Solo
Solo Kills0
Solo Ratio0%
Final Blows0
Combat Points5
Other
NPC Losses0
NPC Loss Ratio0%
Avg Kills/Day0.00
ActivityInactive
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Bio
"Time fades even legends..."
Given the choice - whether to rule a corrupt and failing empire or to challenge the Fates for another throw, a better throw, against one's destiny - what was a king to do?
But does one ever truly have a choice? One can only match, move by move, the machinations of Fate, and thus defy the tyrannous stars
[22:17:21] threeofseven > to all i must say it's been real at times it might have been fun but i'm out peace and good luck with your failed attempt at this lowsec thing...........................
In 1802, John Dalton found that when he brought gases together in a common space, they spread throughout the space. The several gases didn’t stratify as some liquids might; instead, they behaved as if the other gases were not present. He found that the pressure
of the gaseous mixture was equal to the sum of the pressures of the individual gases. This law is known as Dalton’s Law.
Given the choice - whether to rule a corrupt and failing empire or to challenge the Fates for another throw, a better throw, against one's destiny - what was a king to do?
But does one ever truly have a choice? One can only match, move by move, the machinations of Fate, and thus defy the tyrannous stars
[22:17:21] threeofseven > to all i must say it's been real at times it might have been fun but i'm out peace and good luck with your failed attempt at this lowsec thing...........................
In 1802, John Dalton found that when he brought gases together in a common space, they spread throughout the space. The several gases didn’t stratify as some liquids might; instead, they behaved as if the other gases were not present. He found that the pressure
of the gaseous mixture was equal to the sum of the pressures of the individual gases. This law is known as Dalton’s Law.
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