Asked by Sar
How can i rearrange this Clausius-Clapeyron equation so that 1/T2 is on one side?
In P2/P1=delta H vaporization/R (1/T2- 1/T1)
I am trying to find at At what temperature does acetone have Pvap= 111 mm Hg.
Acetone, a common laboratory solvent, has Delta H vap= 29.1kJ/mol and a normal boiling point of 56.2 C.
I could easily do this problem if I was able to correctly rearrange the equation.
Can someone explain to me how to rearrange this?
In P2/P1=delta H vaporization/R (1/T2- 1/T1)
I am trying to find at At what temperature does acetone have Pvap= 111 mm Hg.
Acetone, a common laboratory solvent, has Delta H vap= 29.1kJ/mol and a normal boiling point of 56.2 C.
I could easily do this problem if I was able to correctly rearrange the equation.
Can someone explain to me how to rearrange this?
Answers
Answered by
bobpursley
(ln(P2/P1) * R )/deltaHv + 1/T1=1/T2
Answered by
Sar
Thank you very much!
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