5 ms·
How exactly did they compute that constant? I suspect the figure they give is the result of many heated debates and much flaming on mailing lists and whiteboard
by henning 18y ago
How exactly did they compute that constant? I suspect the figure they give is the result of many heated debates and much flaming on mailing lists and whiteboards.
- deathbyzen 18y agoWell theres so much material in the Expanded Universe including a book called "Death Star" that tells the story of the Rebel Alliance victory from the perspective of people who worked there. So, I would just have to assume that they went over the specs/dimensions/weight of the Death Star at some point. http://www.starwars.com/databank/location/deathstar/?id=eu http://www.starwars.com/databank/location/deathstar/?id=eu
- mechanical_fish 18y agothe story of the Rebel Alliance victory from the perspective of people who worked [in the Death Star] I hope that Randal from Clerks is credited in the author's acknowledgements.
- nfriedly 18y agoThat page itself has conflicting reports of the size. At the top it says "Size: 160 kilometers in diameter," but lower on down the page, it says "The Death Star was 120 kilometers in diameter."
- maxtilford 18y agoMy 'A Guide to the Star Wars Universe' is telling me the first one was 120 km, and the second one was 160 km.
- rkowalick 18y agoGRAVITY_DEATH_STAR_I clearly tells us they are only concerned with the first death star...not the second. Future versions of Android may feature GRAVITY_DEATH_STAR_II
- jbert 18y agoIt's also only valid at a certain radius (probably the surface). So the sensor wouldn't be calibrated correctly after you went inside (it would be off by differing amounts depending how far from the center you were). The same is true of the constants for the planets, but at least they are (mostly) solid and not designed to be lived inside of.