I mean yeah, there's definitely problems with the scene. I'm just saying that they at least put some effort into setting it up with all the stuff about her thinking about suicide by airlock in the past and showing how strong the oxygenated blood injections are.View attachment 329037this is like 20 seconds after jumping, the odds of hitting right at the airlock would be insane
"The baseline temperature of outer space, as set by the background radiation from the Big Bang, is 2.7 kelvins (−270.45 °C; −454.81 °F)."If you exhale, you can live unprotected in space for up to 3.5 minutes. I'm not sure if that is where you thought the threshold would be or not, but thats what you're looking at.
anything after 90-120 seconds though and some really nasty things start happening.
But a person would not instantly freeze because heat wouldn't transfer away from the body very quickly. On earth, heat can be transferred via convection, but outer space is mostly nothingness. The only way to transfer heat is via infrared radiation. It would freeze yes, but it would take longer is being given credit for here. It would take hours for the process to happen."The baseline temperature of outer space, as set by the background radiation from the Big Bang, is 2.7 kelvins (−270.45 °C; −454.81 °F)."
No. That time you are using is just assuming no oxygen
Right, vacuums don’t conduct heat very well. Same reason why your thermos will keep your drink warm for a while. So while space is very cold, it isn’t like diving into a vat of liquid nitrogen.
As for the airlock piece, the ships were aligned airlock to airlock before. If there wasn’t any drift of note beyond distance apart, then jumping from one airlock along a direct line would get you to the other one
she jumped up and traveled at a diagonalAs for the airlock piece, the ships were aligned airlock to airlock before. If there wasn’t any drift of note beyond distance apart, then jumping from one airlock along a direct line would get you to the other one
Space is technically cold, but not cold in the way you are used to. Overheating is actually a consideration on lots of space vehicles. Without air to conduct heat away, things cool off very slow in space. Gas escaping your body and its effects are the entire threat of a vacuum to a human body. Being in a vacuum is extremely survivable for short periods, and there was a nasa scientist who survived a total decompression lasting 30 seconds without injury. How long a vacuum is survivable is theoretical, but medical consensus is ~30 presents little risk, ~60 you'll start having major issues including losing consciousness, ~90s you'll almost certainly have heart failure. Nothing medical is exact, but you probably can be revived for some time past that, with long term issues in the more vulnerable organs (lungs/eyes especially)Uh, considering how cold the vacuum of space is, I'd expect some pretty catastrophic effects immediately on anything life that is composed of mainly water
true in that last part but man, but it’s really hard to think she wouldn’t have exerted the tiniest bit of force in a direction she shouldn’t have in a flat footed take off from a surface that was under her and not behind her.
I have
It's kind of hair-brained escape plan. What is the end game? She jumped to another ship in a fleet of ships that have full crews and are right next to her...
What's your confusion then?
The books made it a point, dozens of times, about how adept Naomi was at moving in zero g.
And made it often enough, and aggressively enough, that myself, someone that tends to ignore irrelevant details, remembered it well.
It's dumb, but the books built the idea up