Howling:Question about Gallifrey: Difference between revisions
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<!-- Please put your content under this line. Be sure to sign your edits with four tildes: ~~~~ -->Hey there. I recently got "Universe Sandbox" from Steam. | <!-- Please put your content under this line. Be sure to sign your edits with four tildes: ~~~~ -->Hey there. I recently got "Universe Sandbox" from Steam. As some may know, it allows you to simulate planets and the universe, with real physics. My question is, does anyone have the following info for Gallifrey? | ||
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What I want to do, is introduce Gallifrey into the orbit of Earth, so that I can see what would happen had Gallifrey not been returned | What I want to do, is introduce Gallifrey into the orbit of Earth, so that I can see what would happen had Gallifrey not been returned | ||
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I'm afraid I don't think the necessary data are available. About all that seems to be known is that Gallifrey's diameter is several times greater than Earth's. The surface gravity seems to be about the same as Earth's, though, which could (if the diameter were known) be used to calculate an approximate mass and density. --[[Special:Contributions/89.242.75.233|89.242.75.233]] 12:50, July 28, 2011 (UTC) | |||
Revision as of 12:50, 28 July 2011
Hey there. I recently got "Universe Sandbox" from Steam. As some may know, it allows you to simulate planets and the universe, with real physics. My question is, does anyone have the following info for Gallifrey?
Mass
Diameter
Density
Total Velocity
Rotation Period
SPOILERS FOR THE END OF TIME
What I want to do, is introduce Gallifrey into the orbit of Earth, so that I can see what would happen had Gallifrey not been returned
I'm afraid I don't think the necessary data are available. About all that seems to be known is that Gallifrey's diameter is several times greater than Earth's. The surface gravity seems to be about the same as Earth's, though, which could (if the diameter were known) be used to calculate an approximate mass and density. --89.242.75.233 12:50, July 28, 2011 (UTC)
