CHEM 233 and CHEM 333 Shared Files
The following files for CHEM 233 and CHEM 333 are available for students to download. Depending on your web browser you may only need to click on each link or you may have to right click (apple mouse: ctrl + click) and select "save as" or "download." Files with the extension .cdx require ChemDraw (Cambrindge Software). If you would like to see additional files on this page, please send an email to Chad.
The following files for CHEM 233 and CHEM 333 are available for students to download. Depending on your web browser you may only need to click on each link or you may have to right click (apple mouse: ctrl + click) and select "save as" or "download." Files with the extension .cdx require ChemDraw (Cambrindge Software). If you would like to see additional files on this page, please send an email to Chad.
CHEM 233: Grading rubric for lab reports.
Instruction for using the FT-IR ATR accessory.
An excel graph of cyclohexane a-values vs. percent
equatorial conformation.
A pdf version of the excel graph above.
Biodiesel 1: A CASPiE Module.
Biodiesel 2: A CASPiE Module
Cu-catalyzed diazocoupling. Adaptation of the Biodiesel
2 module to a single experiment in CHEM 233.
Ni-catalyzed hydrogenation. Adaptation of the Biodiesel
2 module to a single experiment in CHEM 233.
Infrared spectra for both enantiomers of carvone and
limonene. Students may compare these spectra to their
own in order to confirm the isolation of carvone from
caraway seeds by steam distillation.
Data page for lab 9.
Data page for lab 10.
Table of pKa values for common organic compounds in H2O
and DMSO with references.
Instructions for submitting an exam or quiz for review
if grading errors are suspected.
CHEM 233 final exam information including time,
location, conflict resolution, policies, lab notebook
due date and practical exam reminders.
Diagram displaying the construction of a packed column.
Also includes information about column types, solid
adsorbents and liquid stationary phases.
Operating instructions for the GOW Mac 350 gas
chromatograph. These can also be used for operating the
Carlyle GC 8700s.
Energy profile diagram comparing chlorination versus
bromination of alkanes. Chemoselectivity is explained
in term of Hammonds postulate as well as statistical
factors.
Introduction to infrafred spectroscopy. Covered during
the first week of class.
Operating instructions for the Mattson Genesis II
infrared spectrometer.
Instructions for operating the Mattson Genesis FT-IR in
room 3223B.
Instructions with pictures for preparing a KBr pellet
that is used to suspend solid samples for infrared
spectroscopy.
This is the revised procedure for Lab 9 in which the
diazo coupling reaction is performed at reflux. Purgin
with nitrogen gas is eliminated in this procedure. This
procedure replaces that found in the course manual.
CHEM 333 course manual for the summer 2009 semester.
Notebook rubric for CHEM 233 & 333
Schematic representation of optical polarimetry. Also,
properties of both enantiomers of carvone are
illustrated.
Information for the CHEM 233 practical exam.
CHEM 233 syllabus for the summer 2009 semester.
CHEM 333 syllabus for the summer 2009 semester.
The principles of fractional distillation are
illustrated in this vapor pressure x composition
diagram.
A description of how to use the Volhart titration to
determine how much 4-phenylethynyl-phenol (PEP) was
immobilized onto Merrifield resin.
Vapor Pressure x Temperature diagram for a mixture of
carvone, limonene and H2O. This diagram illustrates the
principles of steam distillation.