rbattelle said:... but I think we're already WAY out of scope on this thread to continue!I'm not aware of a pressure/volume/temperature relationship for liquids that's as convenient as the ideal gas law is for gasses... what's known as the "Tds" equations might be the only way to work temperature and volume into the mix for liquids. Again, WAY out of scope!
-Ryan
I certainly agree on the scope thing, and the hydrostatic equation being more applicable. I fell into the trap of using the direct relationship of Boyle as an illustration of the concept that wouldn't get into differential calculus.
I did put the question out to a couple of engineer friends asking for some insight. If I get anything useful back, I'll PM you.
Now, hasn't this been fun? :-laf
Scotty