
CHEM 2412
Section 50620
Organic Chemistry II , Summer 2003
Clayton College and State University
Instructor: Dr. Michael Terapane
Office: A&S: 105-A
E-mail: michaelterapane@mail.clayton.edu
Web: http://
Phone: 770-960-4369
Office Hours: T, Th, 9:00-10:00am; A&S 105-A
T, Th, 2:00-4:20pm (Lab), B&HS C-50
Class Times: M, T, W, and Th; 10:15am-12:20pm (B&HS C-53)
Catalog Course Description:
A study of the common classes of carbon compounds,
including their physical and chemical properties, methods of preparation, and
reactions utilizing modern theories of electronic structure and reaction
mechanisms.
Course Prerequisites:
Prerequisite: CHEM 1212
Corequisite: CHEM 2411L
Credit Hours: 3.0
semester credit hours
Texts:
Organic Chemistry by L.G. Wade, 5th Ed., Prentice-Hall
Molecular Model Kit
Computer Skill
Prerequisites:
Able to use the WindowsTM operating system.
Able to use the Microsoft WordTM word processing program.
Able to send and receive e-mail using OutlookTM or Outlook ExpressTM.
Able to use a Web browser.
Course Objectives:
To learn the basic principles of organic chemistry.
To learn organic nomenclature.
To learn organic reactions and apply them to multistep syntheses.
To apply basic principles of organic chemistry to predict plausible mechanisms
for organic reactions.
General education outcomes:
Communication: knowledge base. CHEM
2411 will provide knowledge base information
necessary for communication of information concerning principles of organic
chemistry.
Critical Thinking:
Question/Issue, Method, Evidence, Conclusion.
CHEM 2411 will provide problem solving skills in the area of organic
chemistry. Students will be
required to assess information given in a scientific problem and form a
conclusion based on that information. In
this process, students will be required to determine which given information is
pertinent and if their conclusion is reasonable.
Applied Biology Outcomes:
Outcome 2: Students will be able to
effectively communicate scientific ideas using oral, written and digital arts.
CHEM 2411 will provide knowledge base information
necessary for communication of information concerning principles of chemistry.
Outcome 7: Students will obtain a
sufficient background in chemistry to pursue further professional education in
the biomedical field.
Course Policies
Students must abide by policies in the Clayton College & State University
Student Handbook.
Attendance is not required except for assessments. However,
you will be held responsible for all announcements, information and materials
given in class. Note: Lectures will contain valuable explanations of content and
thought processes that are difficult for most students to extract from the text
book on their own. Therefore, regular attendance is strongly encouraged.
No extra credit work will be assigned.
Grades will not be communicated via email or
telephone. Exams will be handed
back in the next lecture period after an exam.
If absent, a student must come by during office hours to retrieve their
exam. Final
exam papers may be viewed the following semester during office hours.
Homework:
This course demands and expects approximately two hours of work per night.
Reading assignments are tentatively made on this syllabus. The student is
expected to complete all chapter problems upon completion of each topic in
class. However, these will not be collected or graded. Completion of homework is
your responsibility. Supplementary problems will
also be assigned.
Grading:
Tests: There will be three one-hour exams and one two-hour final exam
(comprehensive). The exams will be announced and attendance is mandatory. Make-up
exams will not be administered. If a student misses an exam, the final
exam will be worth a 100 points more to make up for the missed exam. This
arrangement will be extended for one exam only.
The student must contact the instructor prior to the exam.
Classroom Assessments (3 x 100 points) 300 points
Final Exam
200 points
Total points
500 points
Final Grade =
Points Earned x 100%
500 Points
90 - 100%
= A
80 - 89%
= B
70 - 79%
= C
60 - 69%
= D
< 60%
= F
Tentative Schedule and Important Dates
|
June 24, 2003 |
First Day of Classes |
|
June 24th - June 26th, 2003 |
Late Registration/Drop-Add |
|
July 4 |
Independence Day (No Classes) |
|
July 9th |
Midterm/Last Day to Withdraw Without Penalty |
|
July 24th |
Last Day of Classes |
|
July 25th |
Final Exams |
|
Date |
Lecture Topic |
Chapter(s) in Text |
|
6/24 |
Structure and Synthesis of Alcohols |
Chapter 10 |
|
6/25 |
Structure and Synthesis of Alcohols/Reactions of Alcohols |
Chapter 10/11 |
|
6/26 |
Reactions of Alcohols/Infrared Spectroscopy and Mass Spectrometry |
Chapter 11/12 |
|
6/30 |
IR spectroscopy/NMR Spectroscopy |
Chapter 12/13 |
|
7/1 |
NMR Spectroscopy |
Chapter 13 |
|
7/2 |
Exam #1 (Chs. 10-12) |
Chapter 14 |
|
7/3 |
Ethers/Conjugated Systems |
Chapter 14/15 |
|
7/7 |
Study Day-No Class |
|
|
7/8 |
Conjugated Systems/Aromatic Compounds |
Chapter 15/16 |
|
7/9 |
Test #2 (Chs. 12-14) |
Chapter 9/10 |
|
7/10 |
Aromatic Compounds/Reactions of Aromatic Compounds |
Chapter 16/17 |
|
7/14 |
Reactions of Aromatic Compounds/Aldehydes
and Ketones |
Chapter 17/18 |
|
7/15 |
Aldehydes and Ketones/Carboxylic Acids |
Chapter 18/20 |
|
7/16 |
Test #3 (Chs. 15-17) |
|
|
7/17 |
Carboxylic Acids/Acid Derivatives |
Chapter 20/21 |
|
7/21 |
Acid Derivatives |
|
|
7/22 |
Test #4 (Chs. 18-20) |
|
|
7/23 |
.Make-Up Day/Review for Final |
|
|
7/24 |
Last Day of Class |
|
|
7/25 |
Final Exam |