| This Course Accompanies Chem 234 (Organic Chemistry I Laboratory) |
|---|
Instructor: C. Fryhle, RSC 241, X8314
Lecture: MWF 8:00-9:05 A.M., Leraas Lecture Hall
Office Hours: M, W 12:30 - 2:00, Th 1:00 - 2:00, F 9:30 - 10:30
Internet: fryhle@u.washington.edu
WWW http://rainier.chem.plu.edu/fryhle.html
Chemistry 232 is a demanding introduction to organic chemistry. Organic chemistry is the study of carbon-containing molecules, and therefore includes (among millions of others) all molecules intimately involved with life. All living tissue is composed of molecules built of carbon atoms. Furthermore, many of the organic reactions that you will learn are closely analogous to the chemistry of biological reactions. It is my hope that your acquaintance with organic chemistry, through this semester and the next, will inspire an appreciation for the beauty of chemistry's fundamental role in life processes. There is much to learn, and substantial effort on both of our parts is expected and necessary in this endeavor. All of our efforts are worthwhile, however, when we begin to glimpse the wonderful intertwining of chemistry with all of life.
Although it may appear that organic chemistry is the ultimate test of one's ability to simply memorize reactions, this is not so. In fact, one of the most important goals I have in Chemistry 232 is to demonstrate that by developing command of a select and relatively small set of rudimentary concepts and reaction types, one can generalize to a large number of other organic reactions. To help cross the bridge from general chemistry to organic chemistry and to amplify the importance of some fundame ntal concepts, I have prepared an essay entitled Solving the Puzzle - or - Structure is Everything (Almost). You should read this as you begin the first chapter in Solomons. To be sure, there is challenge involved in learning the essential principles, but there is also much beauty and elegance to behold when one sees the interrelationships among these principles and one begins to apply them creatively in broader situations.
Course Materials:
1) Solomons, T.W.G., Organic Chemistry, 6th ed., John Wiley and Sons, Inc., New York, 1995.
2) Solving the Puzzle - Or - Structure is Everything (Almost), Essay, C. B. Fryhle, John Wiley and Sons, New York, 1996.
3) Organic Chemistry Study Sheets, C. B. Fryhle, 1995.
4) Solomons, T.W.G., Study Guide to Accompany Organic Chemistry, John Wiley and Sons, Inc., New York, 1995.
5) Highly Recommended: Molecular Model Kit
6) Email access (free to PLU students).
7) Recommended: Personal computer (for use with free software from the Internet).
| Monday | Wednesday | Friday |
|---|---|---|
| W Written Exercise D Lecture/Discussion/Requests LG Learning Group Presentations | ||
J-Term Break | Overview | 1-W |
1-D | 1-LG | 2-W |
President's Day | 2-D | 2-LG |
3-W/D | 3-LG | 4-W |
4-D | 4-LG | EXAM 1 |
5-W | 5-D | 5-LG |
6-W | 6-D | 6-LG |
Spring Break | ||
No Class (Spring Break Ends) | 7-D | 7-LG |
8-W | 8-D | 8-LG |
Review | EXAM 2 | 13-W |
13-D | 13-LG | 9-W/D |
9-D/LG | 10-W | 10-D |
10-LG | EXAM 3 | 11-W |
11-D | 11-LG | Review |
Toward the above goals, my role in the classroom will be principally as a guide and resource, rather than as solemn lecturer. Thanks to the excellent organization and "readability" of Solomons' text, our classroom activities can be comprised of relative
ly novel enterprises, rather than simple transfer of my notes to your notebooks. Our time will revolve around three principle activities, roughly one for each of the three days we spend on a given chapter. (We will cover approximately one chapter from
the text every three days.) These activities will be described in detail below. I cannot emphasize enough the importance of regular class attendance and diligent study habits. You will find that the flow of material is constant and substantial.
Without daily reading, studying, and working of problems, together with attendance at every class you will easily find yourself too far behind to ever catch up. The concepts in organic chemistry build as though they were an inverted pyramid. No concept is ever learned and discarded. Rather, all the ideas presented become incorporated into a foundation for the understanding of later topics.
In-Class Written Problems and Discussion
On the first day for each chapter I will provide you with at least one 5-10 minute in-class exercise to be worked independently about some aspect of that chapter. My assumption is that you will have read the chapter in advance and be prepared to work wit
h some basic concepts from that chapter in the problem I assign. We will evaluate and discuss this assignment immediately afterward, using it as the guide for our discussion that day. The exercise will be worth ten points, with the best ten out of twelve scores of th
e semester counted toward your point total. Papers will be shuffled anonymously among the class and graded by one of your peers during our discussion period. These exercises will generally help your class total, so long as you attend class faithfully
and read ahead. There will be no make-up opportunities for these exercises since there will be more opportunities provided than are counted in the total.
Lecture and Discussion on Requested Topics
On the second day for each chapter our class time will be spent on topics that you request in advance. You will forward your questions, problems, topics of interest, etc., to me in advance in person, by email, phone, or on paper. Some topics for lecture may be generated by postings to The Organic Journal Club (TOJC, see below). I will use your input
to shape my discussion so that it addresses material about which you have concerns or questions.
Learning Group Activities
The class will be Group membership will be determined at random, but once formed
there will be elements of design in how the group functions. On the third day
of coverage for a given chapter, four Learning Groups, out of eight that were
scheduled to prepare on a given day, will present to the class their solutions
to a challenging problem I have assigned in advance. The