If you don't like the message, don't shoot the messenger.
If you don't like the message, don't shoot the messenger.
Ummm, no, that would be *you* in this thread, I think...
Dunno. Why ask me? Ask him. I'm just pointing out that he didn't make the claim you're imputing to him.
By hooking it up to a compressor. That is the usual way. You pump that .5cf cylinder up to 3000 psi and later when you open the valve, you'll get 80 cf out of it. Amazing.
I know it's not solid. I also know it's not supposed to hold a liquid, as the OP already alluded to it holding 80 cf. You can compress the hell out of a liquid but you won't appreciably decrease its volume so that the cylinder could hold more. So we're talking about a gas. How am I wrong?
Ah, a purist. Also a horse's ass. And please don't shoot the messenger.
I posted a link to the phase diagram a day or two ago. See
Steve
Note also the 'stipulation' of "without a liquid phase".
Sort of like CO2 at atmospheric pressure, eh? At very low pressure water behaves somewhat like the way CO2 does at atmospheric pressure. Of course that was always clear from the context.
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