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Chemistry 120: Elementary
Organic Chemistry
South Dakota State University
Fall 2008 |
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Instructor:
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Brian A. Logue,
SSHA (Shepard Hall) 153c,
688-6698, brian.logue@sdstate.edu
|
Text:
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Fundamentals of Organic Chemistry,
Sixth or Fifth Edition,
McMurry.
|
Lecture:
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MWF, 2:00-2:50
p.m., ROT G (3 credit hours).
|
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Pre-requisite: |
Chem 106 or
Chem 112; CH120L (co-requisite).
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Web site:
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http://learn.sdstate.edu/brian_logue/
|
|
Office Hours and Help Sessions:
Dr. Logue will be available in his office on
Monday, Wednesday, and Thursday at 9:00-10:00 a.m. and by appointment. A
help session will be given on Tuesday 4-5 pm in NFA 363. Others may be
scheduled if necessary and will be announced in class.
Study Aids:
The Study Guide and Solutions Manual is available at the book store,
one copy will be on reserve at the library, and one copy will be kept in Dr.
Logue’s office. The Department of Chemistry’s main office maintains a list
of available tutors. The bookstore should have available molecular modeling
kits.
Course Description:
A one-semester introduction to organic
chemistry. Not intended for those needing extensive organic chemistry
background.
Objectives:
This course is a one-semester introduction to the basic principles of
organic chemistry. While not comprehensive, it will help students
understand and appreciate the role of organic chemistry in the world around
us. This is a terminal course and is not intended for those needing an
extensive organic chemistry background.
Course Goals:
Chemistry 120 fulfills System General
Education Goal #6: Students will understand the fundamental principles of
the natural sciences and apply scientific methods of inquiry to investigate
the natural world. As a result of taking this course, students will: 1.
Demonstrate the scientific method in a laboratory experience (evaluated by
10 laboratory reports and one test); 2. Gather and critically evaluate data
using the scientific method (evaluated by 4 lecture tests, 5 lecture
quizzes, and 10 laboratory reports); 3. Identify and explain the basic
concepts, terminology and theories of the selected natural sciences
(evaluated by 4 lecture tests and 5 quizzes); and 4. Apply selected natural
science concepts and theories to contemporary issues (evaluated by 2 written
assignments).
Attendance:
Attendance at lecture is expected, but not required. Excused absences will
be recognized for special medical problems, emergencies, and
university-approved activities. Any work missed due to an excused absence
must be completed within one week of the original due date (except for the
written assignments, they are due on the date indicated on the schedule
below with no exceptions, any papers turned in after that date result in
zero points) or no points will be awarded for the missed work. You are
expected to arrange for excused absences prior to missing class.
Honesty:
All work submitted must be your own work.
Anyone participating in an act of dishonesty will receive a grade of zero
for that exercise. Blatant acts of dishonesty (including a second act) will
result in a failing grade for the course and referral through appropriate
university procedures for further disciplinary action. No aids may be used
during exams. During exams and quizzes, the student must clear their desk
of all items (including cell phones and calculators) except pencil, eraser,
and any items specifically approved by the instructor.
Homework:
Homework will consist of reading assignments, recommended problems, and
special assignments. Unless otherwise noted, homework will be the
responsibility of the student and will not be collected or graded.
Exams:
Three one-hour exams and a comprehensive
final will be given as noted in the lecture schedule. In the case of an
excused absence from one of the exams, a make-up exam will be given.
Calculators will not be used in this course. No additional notes will be
allowed during exams (unless announced in class); however, a periodic table
will be provided if necessary for any problem in the exam. The final exam
is indicated on the lecture schedule below. You must take the final exam at
the scheduled time. Under no circumstance (including illness or
University-excused absence) will you be allowed to take more than two tests
outside of class. It is strongly suggested that you work the problems in
each chapter to prepare for the tests. All questions prior to the
“Visualizing Chemistry” and “Additional Problems” have answers in the back
of the text book. Specific additional problems will be suggested by the
instructor within the lecture and answers are available in the Study
Guide and Solutions Manual.
Disability:
If you are a person with a disability and anticipate needing any type of
accommodation in order to participate in this class, please inform me and
make appropriate arrangements with the Office of Disability Services. The
Office of Disability Services is located in 123 Wintrode Success Center (SWSC). To
schedule an appointment, call 688-4504 and request to speak with the
Coordinator of Disability Services.
Freedom in learning:
Under Board of Regents and University policy student academic performance
may be evaluated solely on an academic basis, not on opinions or conduct in
matters unrelated to academic standards. Students should be free to take
reasoned exception to the data or views offered in any course of study and
to reserve judgment about matters of opinion, but they are responsible for
learning the content of any course of study for which they are enrolled.
Students who believe that an academic evaluation reflects prejudiced or
capricious consideration of student opinions or conduct unrelated to
academic standards should first contact the instructor of the course to
initiate a review of the evaluation. If the student remains unsatisfied, the
student may contact the department head and/ or dean of the college which
offers the class to initiate a review of the evaluation.
Notes:
As a courtesy to others, you are expected to be at class on time and to
remain quietly seated until class is dismissed. According to university
policy, there is to be no eating or drinking in the classroom. Please turn
off all cellular phones and pagers prior to coming to lecture or laboratory
unless cleared through the instructor for exceptional circumstances. The
instructor reserves the right to administer extra credit on tests or at any
time during the class period. This syllabus is an agreement between
yourself, the instructor, and the Department of Chemistry and Biochemistry,
and it is your responsibility to read, understand, and abide by it. If
there are any questions pertaining to this document, please ask the
instructor for clarification.
Grading:
If you feel that an error has been made in
grading, you should bring this to the attention of the instructor
immediately. Under no circumstances will adjustments be made if a week or
more has elapsed after the student has taken possession of the corrected
assignment.
Late assignments:
All written assignments are due at the beginning of class on the due date
indicated in the class schedule. The beginning of class is defined as the
first five minutes of the hour that the class is scheduled, according to the
clock on the classroom computer (not a watch or the clock on the wall).
Scores of late assignments will be adjusted accordingly: 1 min – 1 hr late =
1/2 of full grade; 1 hr – 5 pm the day the assignment is due = 1/4 of full
grade; later than 5 pm the day the assignment is due = 0 points. Therefore,
an assignment handed in at 6 minutes past the hour will can receive a
maximum of half the allotted points. The times are when the assignment is
received, not when the assignment is dropped off (e.g., time continues to
accrue if a student slides the assignment under the instructor’s door, until
the time that the instructor picks up the assignment).Lecture Grading:
Three one-hour exams @ 100 pts each 300
Final comprehensive exam @
150 pts 150
Five quizzes @ 30 points
each 150
Two written assignments @
25 points each 50
Total Points
650
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At the end of
the semester, grades for lecture will be calculated on a
percentage with letter grades assigned as follows: |
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A |
90% or
above |
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B |
80-89.9% |
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C |
65-79.9% |
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D |
55-64.9% |
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F |
Below 55% |
These cutoffs will not be changed or “curved”
for any reason.
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WRITTEN ASSIGNMENTS
CHEMISTRY 120, FALL 2008
These written assignments are intended to help you gain an
understanding of organic chemistry in the world around you. Neatness and
correct spelling and grammar are expected. Each written assignment is worth
25 points. Reports are due on the due date (found in the schedule below)
at the beginning of class. No reports will be accepted after the lecture
begins on the due date. The deadline for the report is to be taken seriously
and given that you have a multitude of time to complete the reports, no
reports will be accepted after the due date even if you have a university
excused absence on the due date (you will be given a grade of 0 points).
Acts of plagiarism (defined as three or more sentences substantially similar
to a reference or another student) will result in a grade of zero for the
paper.
Paper #1
– This paper consists of two parts. In the first part, make a list of 10
organic compounds typically found in the home (see the ingredient lists
from foods, toiletries, cleaning products, etc.). Note what product
contained the compound. Draw the structures of each of these compounds
(looking structures up on the internet or at the library is encouraged). In
the second part, find one organic compound out of these ten that is related
to your career or your life (e.g., a drug or nutrient if you are a
nursing major; a pesticide or veterinary drug if you are an agricultural
major; etc.). List your major, the molecule you chose, the significance of
that molecule to your life, and some physical or chemical properties of the
molecule. The report must be typewritten.
Chemical structures that can be pasted into a word processor document can be
found on the internet at ChemIDPlus: (http://chem.sis.nlm.nih.gov/chemidplus/chemidlite.jsp).
Reports can be a maximum of 2 pages long. If your report is two pages then
you must use the front and back of one piece of paper.
Grading (25 points total):
Neatness: 5 points
Chemical structures: 10 points
Physical properties paragraph/following directions: 10
points
Paper #2
– You have just been hired by a “dot-com” company that runs a web site named
“Healthy Living”. This company makes its own products to sell on the web
site that promote living a healthy lifestyle. Your boss has seen your
transcript and knows that you have had CH120 taught by Dr. Logue, so she
knows that you have a vast knowledge of organic chemistry. Therefore, your
first responsibility is to review the organic ingredients in the products
that the company makes and determine if they are in line with the “Healthy
Living” motto of “Live healthy, die old.” Your boss says she has been sent
a small number of emails and letters asking why in the world the Healthy
Living Company sells products with
acrylamide. She
needs you to research this organic chemical and write a report for her with
the conclusion (continue use or discontinue use) clearly stated in the
header and the reasons behind your recommendation (a conclusion of “we need
more research” is not acceptable). She reminds you that it will cost the
company millions to reformulate products that contain this chemical, but if
the chemical is truly toxic to humans, it has no business being in the
company’s products. She needs you to research this chemical and determine
if solid scientific evidence backs up claims of its toxicity. Write a report
on acrylamide
justifying your conclusion to continue or discontinue use of this chemical.
Proper referencing of sources (internet, journal, or other) is expected.
Only typewritten
reports are accepted (12 pt, Times New Roman, double spaced). Reports can
be a maximum of 2 pages long. If your report is two pages then you must use
the front and back of one piece of paper.
Grading (25 points total):
Neatness: 5 points
Reasoning/conclusions: 10 points
Presentation/following directions: 10 points
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TENTATIVE SCHEDULE
CHEM 120 LECTURE, FALL 2008
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Date |
Chapter |
Reading |
Quizzes/Papers |
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W 9/3 |
Syllabus Review |
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F 9/5 |
Chapter 1:
Structure and Bonding; Acids and Bases |
Chapter 1 |
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M 9/8 |
Chapter 1:
Structure and Bonding; Acids and Bases |
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W 9/10 |
Chapter 1:
Structure and Bonding; Acids and Bases |
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|
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F 9/12 |
Chapter 2:
Alkanes |
Chapter 2 |
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M 9/15 |
Chapter 2:
Alkanes |
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W 9/17 |
Chapter 2:
Alkanes |
|
Quiz 1 |
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F 9/19 |
Chapter 3:
Alkenes |
Chapter 3 |
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M 9/22 |
Chapter 3:
Alkenes |
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|
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W 9/24 |
Chapter 3:
Alkenes |
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|
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F 9/26 |
Chapter 4:
Reaction of Alkenes and Alkynes |
Chapter 4 |
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|
M 9/29 |
Chapter 4:
Reaction of Alkenes and Alkynes |
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W 10/1 |
Chapter 4:
Reaction of Alkenes and Alkynes |
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Quiz 2 |
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F 10/3 |
Chapter 4:
Reaction of Alkenes and Alkynes |
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M 10/6 |
Chapters 1-4
Review |
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W 10/8 |
Test 1:
Chapters 1-4 |
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F 10/10 |
Test Review;
Chapter 5: Aromatic Compounds |
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M 10/13 |
Native American
Day Holiday: No Class |
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W 10/15 |
Chapter 5:
Aromatic Compounds |
Chapter 5 |
Paper 1 due |
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F 10/17 |
Chapter 5:
Aromatic Compounds |
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M 10/20 |
Chapter 5:
Aromatic Compounds |
Chapter 6 |
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W 10/22 |
Chapter 6:
Stereochemistry |
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Quiz 3 |
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F 10/24 |
Chapter 6:
Stereochemistry |
Chapter 7 |
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M 10/27 |
Chapter 7:
Alkyl Halides |
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W 10/29 |
Chapter 7:
Alkyl Halides |
Chapter 8 |
Quiz 4 |
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F 10/31 |
Chapter 8:
Alcohols, Phenols, and Ethers |
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M 11/3 |
Chapter 8:
Alcohols, Phenols, and Ethers |
Chapter 9 |
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W 11/5 |
Chapter 9:
Aldehydes and Ketones |
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F 11/7 |
Chapter 9:
Aldehydes and Ketones |
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M 11/10 |
Chapters 5-9
Review |
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W 11/12 |
Test 2:
Chapters 5-9 |
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F 11/14 |
Test 2 Review;
Chapter 10: Carboxylic Acid and Derivatives |
Chapter 10 |
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M 11/17 |
Chapter 10:
Carboxylic Acid and Derivatives |
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W 11/19 |
Chapter 10:
Carboxylic Acid and Derivatives |
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Paper 2 due |
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F 11/21 |
Chapter 10:
Carboxylic Acid and Derivatives |
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M 11/24 |
Chapter 12:
Amines |
Chapter 12 |
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W 11/26 |
Chapter 12:
Amines |
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F 11/28 |
Thanksgiving
Recess: No Class |
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M 12/1 |
Chapter 15:
Biomolecules, Amino Acids, Peptides, and Proteins |
Chapter 15 |
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W 12/3 |
Chapter 15:
Biomolecules, Amino Acids, Peptides, and Proteins |
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Quiz 5 |
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F 12/5 |
Chapter 16:
Biomolecules, Lipids and Nucleic Acids |
Chapter 16 |
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M 12/8 |
Chapters 10,
12, 13, 15, 16 review |
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W 12/10 |
Test 3:
Chapters 10, 12, 13, 15, 16 |
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F 12/12 |
Test 3 Review,
Final Review: Chapters 1-13 |
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F 12/19 |
Final Exam:
2:00-3:40 p.m. in SRO G |
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Chemistry 120: Elementary
Organic Chemistry Laboratory
South Dakota State University
Fall 2008
|
|
Coordinator: |
Brian A.
Logue, Ph.D., SSHA (Shepard Hall) 153c, 688-6698,
brian.logue@sdstate.edu
|
Text:
|
Experiments
for Introduction to Organic Chemistry, Miniscale Approach,
Bettelheim and
Landesberg.
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Lab:
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Thursday 11:00 a.m. – 1:50 p.m., Thursday 6:00 p.m. – 8:50 p.m., Friday 8:00
a.m. – 10:50 a.m., Friday 11:00 a.m. – 1:50 p.m., SSHA102 (1 credit hour).
|
|
Pre-requisite: |
Chem 106 or
Chem 112; CH120 (co-requisite).
|
Web site:
|
http://learn.sdstate.edu/brian_logue/
|
|
Office Hours and Help Sessions:
Dr. Logue will be available in his office on
Monday, Wednesday, and Thursday at 9:00-10:00 a.m. and by appointment. A
help session will be given on Tuesday 4-5 pm in NFA 363. The laboratory
instructor’s office hours will be given in the laboratory sections that they
teach.
Laboratory Assistant Instructor Contact
Information: This information
will be provided in the respective laboratory sections on the first day of
class.
Study Aids:
The Department of Chemistry’s main office maintains a list of available
tutors. The bookstore should have available molecular modeling kits.
Course Description:
A one-semester introduction to organic
chemistry. Not intended for those needing extensive organic chemistry
background.
Objectives:
The objective of the laboratory is to apply the basic concepts covered in
the lecture to obtain experience with organic chemistry principles. While
not comprehensive, it will help students understand and appreciate the role
of organic chemistry in the world around us. This is a terminal course and
is not intended for those needing an extensive organic chemistry
background.
Course Goals:
Chemistry 120L fulfills System General
Education Goal #6: Students will understand the fundamental principles of
the natural sciences and apply scientific methods of inquiry to investigate
the natural world. As a result of taking this course, students will: 1.
Demonstrate the scientific method in a laboratory experience (evaluated by
10 laboratory reports and one test); 2. Gather and critically evaluate data
using the scientific method (evaluated by 10 laboratory reports); 3.
Identify and explain the basic concepts, terminology and theories of the
selected natural sciences (evaluated by 10 laboratory reports and one test);
and 4. Apply selected natural science concepts and theories to contemporary
issues (evaluated by 10 laboratory reports and one test).
Attendance:
Attendance at laboratory is mandatory. Any unexcused absence will
result in a zero grade for the missed experiment. Three unexcused absences
from the laboratory will result in a failing grade for the course. If the
student can provide documentation for a university excused absence, they
will be allowed to take the make-up lab. There is only one make-up lab
available, therefore more than one excused absence must be reported to the
laboratory instructor and provisions must be made.
Honesty:
All work submitted must be your own work.
Anyone participating in an act of dishonesty will receive a grade of zero
for that exercise. Blatant acts of dishonesty (including a second act) will
result in a failing grade for the course and referral through appropriate
university procedures for further disciplinary action.
Homework:
There is no homework for this course except completion of the pre-laboratory
prior to attendance of lab.
Exams:
One thirty-minute
exam will be given as noted in the schedule. This exam is considered your
final exam for laboratory and attendance is mandatory.
Laboratory procedures:
The laboratory is designed to be a “hands-on” portion of the lecture
(CH120). You must fill in the pre-laboratory questions prior to the lab and
hand them in at the beginning of the lab. No prelab questions will be
accepted after the initial comments from the laboratory instructor. In
addition, the laboratory report is to be completed during the laboratory
period and turned in at the conclusion of the period, with each student
handing in a separate report.
Laboratory Safety:
Goggles are required at all times.
At the beginning of the semester, the student will be informed of the
various safety features of the laboratory and will thereafter be responsible
for this knowledge and the use of this equipment. Students cannot wear
shorts, open toed sandals, sleeveless shirts, or clothing that exposes the
stomach into the laboratory. Food and drink are not allowed in the
laboratory at all. The instructor of the laboratory section has the right
and responsibility to remove you from the lab if you refuse to wear any of
the laboratory safety items deemed necessary for your safety. Any unsafe
acts carried out by a student that are deemed unsafe and detrimental to the
safety of fellow students by the laboratory instructor will result in your
removal from the lab and an automatic grade of zero for that laboratory.
Repeated violations of safety will result in a failing grade for the entire
laboratory. Laboratory and lecture are separate courses and grades are not
combined. Performance in the laboratory has no bearing on the lecture grade
and performance in the lecture has no bearing on the laboratory grade.
Disability:
If you are a person with a disability and anticipate needing any type of
accommodation in order to participate in this class, please inform me and
make appropriate arrangements with the Office of Disability Services. The
Office of Disability Services is located in 123 Wintrode Success Center (SWSC). To
schedule an appointment, call 688-4504 and request to speak with the
Coordinator of Disability Services.
Freedom in learning:
Under Board of Regents and University policy student academic performance
may be evaluated solely on an academic basis, not on opinions or conduct in
matters unrelated to academic standards. Students should be free to take
reasoned exception to the data or views offered in any course of study and
to reserve judgment about matters of opinion, but they are responsible for
learning the content of any course of study for which they are enrolled.
Students who believe that an academic evaluation reflects prejudiced or
capricious consideration of student opinions or conduct unrelated to
academic standards should first contact the instructor of the course to
initiate a review of the evaluation. If the student remains unsatisfied, the
student may contact the department head and/ or dean of the college which
offers the class to initiate a review of the evaluation.
Notes:
As a courtesy to others, you are expected to be at class on time and follow
the rules of the laboratory. Please turn off all cellular phones and pagers
prior to coming to lecture or laboratory unless cleared through the
instructor for exceptional circumstances. If a particular section has
significantly lower grades than other laboratory sections, the laboratory
coordinator may add points to each of the student’s grades in that section
to make up for differences in laboratory instructors grading styles. This
syllabus is an agreement between yourself, the instructor, and the
Department of Chemistry and Biochemistry, and it is your responsibility to
read, understand, and abide by it. If there are any questions pertaining to
this document, please ask the instructor for clarification.
Grading:
If you feel that an error has been made in
grading, you should bring this to the attention of the instructor
immediately. Under no circumstances will adjustments be made if a week or
more has elapsed after the student has taken possession of the corrected
assignment.
Laboratory Grading: Ten
Pre-lab Questions @ 10 pts each 100
Ten Report Sheets @ 20
pts 200
One Laboratory Test @ 50 points
50
Total Points
350
|
At the end of
the semester, grades for laboratory will be calculated on a
percentage with letter grades assigned as follows: | | |