CHE 230, Organic Chemistry I
Spring 2008
Syllabus
Class
Meetings: CHE 230-001: MWF
Professor: Joseph W. Wilson
Office: CP-305 (an office shared with three other
faculty members; I’ll be there during office hours)
Email: mailto:jwilson@uky.edu
(I check my email often; it’s the best way to reach me; please put CHE 230
in the subject line)
Office
Phone: 859-257-7085 (This phone has no
answering machine and will be answered by me only when I’m in the office.)
Office Hours: To be announced
At
other times by appointment
Textbook: Organic Chemistry by Janice Gorzynski Smith (second edition) and a set of molecular models.
Recommended: Student
Study Guide/Solutions Manual for Smith
Pushing Electrons (third edition)
Course Content
This course is the first part of a two-part introduction to the
principles of organic chemistry, the chemistry of the compounds of carbon. The content can be classified as structure, reactivity, and synthesis. You will learn how atoms are joined together
in organic compounds, how their structure affects their bulk properties, how we
gain information about the structure of unknown organic compounds, and how
organic compounds are transformed into other organic compounds. Prerequisite: CHE 107. 3 credits.
Grading
|
Weighting of Grade Components |
|
Letter Grade Assignments* |
||
|
Homework |
10% |
|
A |
85 – 100% |
|
First
Exam |
22% |
|
B |
75 – 84% |
|
Second
Exam |
22% |
|
C |
65 – 74% |
|
Third
Exam |
22% |
|
D |
55 – 64% |
|
Final
Exam |
24% |
|
E |
< 55% |
* I reserve the right to lower these
cutoffs,
but I will not raise them.
Revised Final Exam Grading Procedure (
The
final exam will be subdivided into four sections that correspond to material
covered on each of the three exams given in the course, and one that includes
material covered in lecture since Exam 3, i.e. chapter 12 of the textbook. A grade for each part will be recorded. On the final examination, if the grade on
that section corresponding to the examination with the lowest grade is improved, that section grade will be
substituted for the original examination grade. The original weighting of the
grade components is unchanged and, as of this writing, I don’t plan to change
the original letter grade assignments.
Exams
The four exams in the course will be given during the regular class
meeting time (
February 6 First exam
March 5 Second exam
April 16 Third exam
April 30 Final exam:
If
for some reason you have a valid academic conflict with any of these common
exam times, you must notify me at least two weeks before the exam is to be
given. In accordance with University
procedures, you must provide written notice, and this must be done for each
exam with which you have a conflict. An alternate exam time that fits the
schedules of all of the excused students will be arranged, possibly in the
early morning or at a time that overlaps with the scheduled times above. If you
have a job and your employer expects you to be working during one of the exam
times, arrange to take time off or arrange for someone else to work your shift
for you. Spring Break plans are not a
University approved excuse for missing an exam.
Students may miss one exam if they have a
documented, excused absence that conforms to the University Senate
Rules. (The 2007-2008 University
Bulletin (‘the catalog”) defines a valid excuse for a missed exam on page
65.) The documents must be presented
within a week of the missed exam. Make-up
exams will not be given for these students.
The student who misses one exam for a legitimate (excused) reason will
have the two remaining hourly exams and the final exam each count for 30% of
the grade. Students with two documented,
excused absences will have their final exam count for 50% of their grade. Students who miss three or more exams or the
final exam for any reason will receive an “E” unless the dean of their college
permits them to withdraw. Students who
miss an exam without an excuse will receive a zero for that exam at my
discretion. If you miss an exam for any
reason, even an undocumented one, please discuss the circumstances with me.
A seating chart will be posted before
each exam. Please arrive at your
assigned room and be in your seat at least five minutes before the beginning of
the exams. Be prepared to show your
student identification (or other photo ID) at the exams. The exams will emphasize material covered
since the last exam, but since new chemistry builds on old chemistry, command
of the older material will be necessary.
All exams are cumulative. Copies of exams from previous years will be
posted on the course web site.
All exams will be returned to you after
they have been graded. Please check them
over for addition mistakes. If you were
marked down for an answer you think was correct, submit it to me with a brief
written argument. Oral requests for
regarding will not be entertained.
Requests for regrading must be received within one week of the return
date. If you change an answer and then ask that it be regraded, you have
cheated and will be liable for the minimum
penalty of a zero on the exam and one lower letter grade for the course, in
accord with University rules. Selected
exams will be photocopied in order to minimize this temptation. All graded work must be entirely your
own. Attempts to claim another person’s
work as your own is forbidden and will be dealt with in accord with University
regulations.
You will not be permitted to bring
molecular models or calculators to the exams.
The date of the second exam is March
5. It will be returned before March 7,
the last day to drop the course, so you will be able to use it if you are
thinking about dropping. Mid-term grades
are due on March 3, so they will be based solely on the grade on the first
exam.
Course Website
is located at http://www.chem.uky.edu/courses/che230/JWW/welcome.html.
This course
website should be consulted for links to the Syllabus, Homework, Exams,
Grading and several Chemistry Department websites.
Homework
The homework will be online at the Prentice–Hall ACE (hereafter
ACE@PH) website (http://aceorganic.pearsoncmg.com/lite/login.jsp). Information about how to get started may be
found at the homework website. Also at that
site are some important comments about traditional homework from the textbook.
Significant Dates
January 15 Last day to add a class
January 21 Martin Luther King Jr. Birthday –
no class
February 6 Last day to drop
February 6 First exam in class
March 5 Second exam in class
March 7 Last day to withdraw
March 10-15 Spring Break
April 16 Third exam in class
April 25 Last class
April 30 Final Exam (8:00 – 10:00 a.m.)
Advice
1. Attend every lecture.
2. Read and think about each chapter before
the lecture. If you try to memorize without
learning to use the information, this course will be very frustrating for
you. On the other hand there are a
number of facts that you are expected to know.
3. Do not fall behind. The pace is brisk; the course is
relentless. Cramming before exams doesn’t
work for most people.
4. Write as you read. Draw structures and reactions as you read
about them in the book or your notes.
Any term or concept that is less than completely clear should be
reviewed immediately before going further.
5. Get out your model kit and build
structures. Be sure you can translate
2-D drawings into 3-D structures.
Practice drawing common organic structures and be sure you can interpret
your own drawings.
6. Work all the problems in the
book. Practice makes perfect. If you want to claim that you understand the
material, be prepared to demonstrate your proficiency by solving problems. Before each exam be sure that you can
correctly complete lots of problems without looking at the answer book first.
7. I am eager to help. In addition to my office hours (see above for
times), I can arrange to be there to meet with you at other times if we can
find a mutually agreed on time. Suggest
some times by email or after lecture and I’ll let you know when I can make
it. Your lab TA (in CHE 231) is another
source of help. Attend your TA’s office
hours for help in CHE 230.
8. Review your General Chemistry
textbook and notes. Chemistry is
cumulative. If you have learned the
material in your General Chemistry course, you will find that Organic Chemistry
is largely an extension of some the same basic principles.