adam_grif wrote...
No you silly man, I'm saying that the ship was already in orbit, and thus him getting spaced means he is already going at orbital velocities, since the ship was, and that at some point after his body was recovered, the rest of the ship decayed in it's orbit and crashed to the planet.
Objects in motion stay in motion, and all that. He needn't be ejected from the Normandy at orbital speeds relative to the Normandy, only relative to the planet.
I'll explain it this way:
if the planet was half as big as Earth, you'd need to travel 4000m/s to maintain altitude.
This translates out to be 400 meters in a tenth of a second.
The
world record for the 200 meter dash is 19.19 seconds. Let's go ahead
and take the librity of assuming that athelete can go twice that at the
same speed. So that would be 38.38 seconds.
Now we're left with
38.38 seconds to go the same distance you'd go in one tenth of a second
required to orbit a planet half the size of the Earth.
400 meters/.1s = 0.248548 mi/.1s
0.248548 mi/.1s = 8947.782 miles per hour.
The human body wouldn't be able to handle that for any ammount of time.
I'm not trying to argue or disagree with you. I'm simply stating that I believe the chances of having some recoverable body to operate on would be better. This depends on whether or not the planet has an atmosphere as well as the planet's size. You can't really tell unless you have more information about it.
Modifié par aaniadyen, 13 février 2010 - 01:40 .