
Chemistry 1211K
(AYERS, T/R
Chemistry encompasses a wide array of phenomena. Photosynthesis, combustion of fossil fuels, and reactions in the atmosphere are just a few examples. The human body may also be considered a chemistry laboratory with a multitude of reactions in progress simultaneously. Fortunately, diverse chemical phenomena are systematically studied using the concepts of structure and energetics. These concepts are a central theme in Chemistry 1211K.
My
initial advice for excelling in this course is take your homework
seriously. Homework assignments
will be given regularly during the semester. Approximately 50% of questions on
the examinations will closely resemble these assignments. I highly encourage you to establish peer
networks where you may solve the assigned homework problems collectively.
Expectations
This course will no doubt be unlike any
course you have taken before. The studio approach relies greatly upon
self-study, teamwork, and hard work. Using classroom technology will free up
much time during each session to put what you learn into practice. This, of
course, is what we strive to do when teaching chemistry. A trade-off to this is that more emphasis
will be placed upon you, the student, to do more independent learning outside
of class.
Under the new studio format, the
class meets for 2 hours and 15 minutes each two days per week for a total of
4.5 hours of class time. Workshops will meet an additional 2 hours per week. As
a result, I expect that you will spend more time outside of class working on
course material than in “standard” courses.
This will be necessary to perform well in the class. Again, group study is a method I want to
promote strongly in helping you succeed in this course. Peer to peer teaching
and learning is a very effective way to study the material.
I hope that this course will
ultimately result in an enjoyable learning experience.
Instructor Timothy M. Ayers
Phone (678) 839 - 6022
Office: 2-225 TLC
email:
tayers@westga.edu
Class
time T, R
Textbook Chemistry: The Molecular Nature of Matter and Change by Martin Silberberg, 4th edition
Office
Hours Mondays and Wednesdays
Fridays
Tuesdays and Thursdays
Additional office hours, by appointment
Attendance Required. If a student misses four or more activities, he
or she will be awarded a grade of F for the course.
Correspondence: Please use your myUWG e-mail for contact purposes. E-mails from other service providers (gmail,
aol, hotmail) will be ignored.
In
class examinations will be given on the following days:
Tuesday, September 12
Tuesday, October 3
Tuesday, October 31
Tuesday, November 21
The
laboratory final examination will be given in class on Thursday, November
30.
The
final examination will be given on Thursday, December 7 during
It
is based on all the topics covered during the semester. It consists of multiple-choice questions, and
is prepared by the American Chemical Society (
No make up quizzes or exams will be given. Furthermore, no work completed in a previous course will be accepted in this course. In case of an illness or a true emergency, a student may be excused from one in class examination, provided the instructor is contacted prior to the examination. If excused, the score for this examination will be the average of all in class examinations.
Poster
Session
Working in groups of two or three, prepare a
poster. You may pick any item in the
news (newspaper, magazine, PBS or NPR archives) that pertains to a “real-life”
phenomenon that involves chemistry. In
the poster, describe the phenomenon, discuss the chemistry involved, and
provide a biographical sketch of a scientist who made significant
contributions. (For example: the
application could be the use of DNA tests in a murder trial; the necessary
chemistry is PCR and the scientist Kary Mullis)
Please follow the following deadlines:
Topic
selection (a brief paragraph will suffice) Thursday,
September 21
Rough
draft of the poster Thursday,
October 26
Poster
Session Tuesday,
November 28
Workshops (CHEM 1001) are an important part of CHEM 1211K. In addition to regularly scheduled studio sessions, you must attend a workshop that meets once a week outside of class to discuss chemistry problems and improve your understanding of the material.
Workshops are similar to study groups, with two main differences.
1. Each week’s workshop will go over a set of assigned questions. Vouchers for the workbook containing these problems can be purchased in the bookstore. You have until Labor Day to purchase these vouchers. Once purchased, you may then go to the chemistry office and obtain the workbook.
2. Each workshop will be led by a student leader who has taken the course previously and who has been trained for undertaking this responsibility. The leader will act more as a facilitator than as a tutor. The purpose of workshops is to build confidence in your own ability to do chemistry problem-solving. Each workshop will be scheduled for a two-hour block of time. Although some workshops will not last the whole two hours, you should plan on putting this amount of time into each workshop.
Why should you want to commit
to two more hours spent on chemistry each week in addition to your time in
class? Here are some good reasons.
· You should plan, on average, to spend at least six hours a week outside of lecture and lab studying chemistry. The workshop can be two of them.
· Working with other students and with the leader can be more productive than doing all of your studying alone. In the structured workshop setting other students can help you understand something you may have missed during the lecture. Futhermore, as you explain ideas and principles to someone else it becomes more clear in your own mind.
· Workshops at other institutions have found that students participating perform significantly better on chemistry exams than those not attending workshops.
· It directly affects your grade. The workshop portion of your grade will be based on:
1. Attendance. Don’t arrive late; don’t leave early.
2. Participation in group efforts to solve problems.
3. Preparation. Practice problems should have been solved, or at least attempted, before the relevant workshop.
4. Attitude. This style of grading is very unique. Please keep in mind that you are not judged on actual right answers, but the effort you put forth.
Your
grade will be calculated based on the following components:
In-class
examinations (4 @ 100 points each) 400
points
Activities/Labs 100
points
Laboratory
Final 40
points
Workshops 120
points
Poster 40
points
TOTAL 800
points
Score Grade
90% - 100% A
80% - 89% B
70% - 79% C
60% - 69% D
0% - 60% F
Extra
Credit Opportunities
- August
18th, attend ChemFest from
the
first exam (a sign in sheet will be provided at the event).
- Any future opportunities will be announced by the instructor
- Please do not write or call requesting more extra credit opportunities
Please turn off your cell phones or pagers before the beginning of class. Be considerate of your neighbor and the fact that he/she has spent a great deal of money to enroll in this course and learn the material.
There will be no eating or drinking in this classroom, since it is also considered a laboratory environment.
Goggles will be required during all laboratory activities. You may purchase a pair of these from the ACS club or obtain a pair which may be loaned to you for the session.
If an individual cheats on a quiz, examination or lab report for the first time, he/she will obtain a score of zero for that particular quiz, examination or lab report. If an individual is caught cheating a second time during the semester, he/she will receive a grade of F for the entire course.
