PV=nRT

[PurdueRy]

Originally posted by: Goosemaster

Originally posted by: PurdueRy

Originally posted by: Goosemaster

Originally posted by: PurdueRy
that is what I just got

what's sad is that I failed chem only because I never showed up. easiest class EVER

your answer is wrong

lol

?

 

[Goosemaster]

Originally posted by: PurdueRy

Originally posted by: Goosemaster

Originally posted by: PurdueRy

Originally posted by: Goosemaster

Originally posted by: PurdueRy
that is what I just got

what's sad is that I failed chem only because I never showed up. easiest class EVER

your answer is wrong

lol

?

I fvked up with my calculator


the last time I used it was to factor in diff eqtns...

 

[PurdueRy]

Originally posted by: Goosemaster


I fvked up with my calculator


the last time I used it was to factor in diff eqtns...

That what bragging will do to you

 

[Goosemaster]

Originally posted by: PurdueRy

Originally posted by: Goosemaster


I fvked up with my calculator


the last time I used it was to factor in diff eqtns...

That what bragging will do to you

:evil:


<---usually does all his sh!t by hand

 

[Shawn]

ok that's what I got too so I guess i'm doing it right. thanks guys.

 

[PurdueRy]

Originally posted by: Shawn
ok that's what I got too so I guess i'm doing it right. thanks guys.

no prob :beer:

 

[silverpig]

Originally posted by: ZeGermans
it's in the same units that inverse units of R has... ie., if R is being messured in 1/atm, then the P is atm, if it's 1/pascals, then P is in pascals. R changes with the units... there is not real set unit. IIRC, 1*10^5 pascals = 1 bar = 1.13 (not sure on this one) ATM

True, 'cept R is just a bastardization of k (boltzmann's constant)

I think it's P in pascals, V in m^3, n = particle number (not number of moles), k = boltzmann's constant, T in kelvins...

Might be wrong though, but whatever.