Originally posted by AZ3.8Camaro:
</font><blockquote>quote:</font><hr />Originally posted by 1DangerousV6:
nope..the bottle pressure will change at the same rate no matter what the size..properly mounted and pressurized..it should hit just as hard all the way through to the last drop [img]smile.gif[/img]
</font><blockquote>quote:</font><hr />Originally posted by 1DangerousV6:
nope..the bottle pressure will change at the same rate no matter what the size..properly mounted and pressurized..it should hit just as hard all the way through to the last drop [img]smile.gif[/img]
A larger volume bottle will be less affected by a pressure drop.
From a science standpoint:
With nitrous, to bottle (volume) remains constant, the temp stays fairly close.
PV=NRT
NR is kind of like the amount of gas present.
When you use nitrous, NR goes down, so to make PV = NRT, either P or V need to go down also, again, volume is fixed, so the pressure has to go down.
Its easy to deduce that a large V (bottle), the less the pressure would change to accomodate a drop in density. </font>[/QUOTE]
Originally posted by AZ3.8Camaro:
</font><blockquote>quote:</font><hr />Originally posted by 1DangerousV6:
are you just saying that it will be harder for a 15 pound bottle to drop 100 psi than it would be for a 10 pound bottle?
</font><blockquote>quote:</font><hr />Originally posted by 1DangerousV6:
are you just saying that it will be harder for a 15 pound bottle to drop 100 psi than it would be for a 10 pound bottle?
Originally posted by 1DangerousV6:
..if that is the case..i imagine it would also be harder to heat and raise the perssure up..am i correct on that?
..if that is the case..i imagine it would also be harder to heat and raise the perssure up..am i correct on that?
When they fill it, there would be additional time because they have to put in 5 more lbs. None of this matters on the track though. </font>[/QUOTE]quoted for truth
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