The van der Waals Fluid's liquid vapor coexistence locus" which is a discission of the "exact" solution to the vapor pressure equations derived from the Maxwell construction. Please note that there are several other papers concerning the van der Waals equation, including its direct solution as a cubic equation (manuscript 88 in the series).
I would like to thank the students in Chemistry 263-4 who
materially aided in the debugging of most of these questions,
and without whose patience and understanding this project could
not have been brought to its current state.
Specifically, the surviving students:
M. Articolo
J. Cavallari
A. Evenski
S. Golden
C. Hu
B. Litke
J. Morin
T. Neyarapally
B. Rivers
C. Sharma
J. Zgorski
worked very hard checking these questions.
Since they have been edited since being checked, the responsibilty
for subsequent induced errors surely remains with me.
cwd, May 2,1996
Practice Exam Questions, Second Semester (Chemistry 264)
If you are interested in how these questions were created, i.e., Perl, CGI, HTML,
Latex2HTML, Java, etc., etc., etc., then you may wish to look at a
a manuscript which explains at various levels
how these questions can be implemented.
Since this book is constantly changing, please forgive its
rather informal style.
To read a manuscript concerning molecular vibrations in water using
Maple as the language of choice to better understand normal modes, IR
absorption, etc., please check out:
this manuscript.
Ein kluger Mensch lernt von seinen Fehlern, ein klügerer Mensch von den Fehlern von Anderen!
Frank W. David, b:June 4, 1904 d:June 10, 1960
h = 6.62606891x10-34 Joule-sec
E. R. Williams, R. L Steiner, D. B. Newell and P. T. Olsen,
Phys. Rev. Lett. 81, 2404 (1998)
This material was created by Carl W. David when he was an active faculty
member at the University of Connecticut.
index.html, July 1, 2010
edited slightly June 2018
edited slightly March 2024