They haven't changed hard drives to meet their advert's claim because it's, you know, more expensive.
And the system was designed to work in base 2, I meant, not the computer.
Therefore god doesn't exist. Excellent, we have concordance.
I don't care what my parents say about this kind of thing, because they're not scientists and don't claim to be.
The latter source is incorrect. It's using the definition '1 gig = 1000 megs' which is utter tosh, because it's using 1 meg = 1024 k and 1 k = 1024 bytes. If it was consistent with that definition, it would say 1.074 gigs.
The main problem here is that it's not standardised whether 1000 or 1024 is used; mainly in the hard drive industry, where drive sizes are defined by 1000 because it makes the disk look bigger.
Well, they're not fine per se. They just don't get the worst of the after effects because they're in space for such a short time.
What you meant to say was 'We don't use it because we don't need it. Astonauts aren't in microgravity long enough for these effects to become significant, yet, were we to need them to be in space for a longer time, for example the trip to jupiter in 2001, then we would probably need such a system'.
How is that even supposed to work efficiently? Or at all?
Sort of. The difference is down to the difference in Nuclear Binding Energy, so it's almost exactly the opposite of a nuclear reaction which gives out energy.
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