PHYSICAL
CHEMISTRY I LABORATORY
Fall
2011 C.
Baumann
http://academic.scranton.edu/faculty/cab302 Loy 109
cab302@scranton.edu
941‑6389
Lab
Text: "Experiments in Physical Chemistry", Garland, Nibler, and Shoemaker, Eighth Ed., McGraw-Hill, 2009.
The experiments for a given period will be
assigned. Before each experiment, a spreadsheet for the experiment must be
submitted to the instructor before the experiment may be started. A carbon copy
of all data must also be turned in at the end of the lab period.
The course grade will be a composite of
report grades (80%) and laboratory technique. Attendance at all sessions is
required. Failure to participate in the experimental procedure (due to
unexcused absence or lack of an acceptable spreadsheet) will result in a grade
of ‘F’ for that experiment. Laboratory reports for each experiment will be
turned in the week after the experiment is completed. A penalty of one letter
grade per week (or part thereof) will be assessed on late reports.
|
Date |
Experiment |
Reference |
|
September
1 |
Introduction
and Dummy Experiment |
I-III |
|
September
8 |
Digital
Computer Fundamentals |
XVI |
|
September
15 |
Compressibility
Factor |
notes |
|
September 22 |
Heat
Capacity Ratio |
3 |
|
September
29 |
Cryoscopic
Determination of Molecular Weight |
10 |
|
October 6 |
Heats
of Ionic Reaction |
8 |
|
October
13 |
Partial
Molar Volume |
9 |
|
October
20 |
Binary
Liquid-Vapor Phase Diagram |
14 |
|
October
27 |
Binary
Solid-Liquid Phase Diagram |
notes |
|
November
3 |
Temperature
Dependence of EMF |
18 |
|
November
10 |
Activity
Coefficients from Cell Measurements |
19 |
|
November
17 |
Knudsen
Effusion |
V,
notes |
|
December
1 |
Computational
Chemistry |
III |
|
December
8 |
Glass
Blowing |
XX |
Format for Laboratory Reports
The laboratory report for an experiment in
this course must minimally contain the following:
1.
Introduction:
A brief statement of the
purpose of the experiment and the theory behind the experimental procedure.
2.
Experimental:
A description of the experimental
procedure, referenced whenever possible to the textbook or accompanying
materials. Deviations from the reference procedures should be noted in this
section.
3.
Results:
Data should be presented in tabular and/or
graphical form in this section. Explanations of calculations, including sample
calculations, should be included, as should statistical computations and sample
spectra.
4.
Discussion:
A brief analysis of the results of the
experiment, sources of error (this is a numerical analysis, not an opportunity
for a mea culpa) and suggestions for
improvement of the procedure. Comparison of experimentally obtained quantities
with literature values should be made whenever possible.
5.
References:
A list of all sources used in the
laboratory report.
6.
Appendix:
Carbon copies of notebook pages, computer
output, and spectra should be included in this section.
Academic
honesty:
The
first time that a student is caught plagiarizing or using fabricated data in a report, he or she will receive a grade of zero points for
that assignment. For further consequences of violating academic ethics please
refer to the University of Scranton Academic Code of Honesty:
http://matrix.scranton.edu/student_handbook/policy_academic_code_honesty.html .