MSMC LRP 2000-05  

Introductory Chemistry II: CHM 106
Dr. Lynn Maelia

 
 


Lynn Maelia's Home Page

Courses Taught

Biography

Useful Links

MSMC Home Page


 

 

Text: Bettelheim,F.A.; Brown, W.H.; March, J., Introduction to General, Organic & Biochemistry, 7 th edition. Thomson Brooks/Cole: Belmont , CA , 2004 .

Companion Web Site for textbook: follow the links from http://brookscole.com or http://www.brookscole.com/cgi-wadsworth/course_products_wp.pl?fid=M20b&discipline _number=12&product_isbn_issn=0534401767

Outcomes: This course will introduce the student to the basic concepts of chemical behavior. Problem solving is strongly emphasized. Upon successful completion of this course, a student should be able to:

•  Identify the functional groups of an organic compound
•  Convert between names and structures of organic compounds
•  Classify an organic compound according to its structure
•  Understand the relationship between structure and function of a molecule
•  Understand the relationship of a functional group to the properties of a compound
•  Understand the chemical make-up of the biological molecules: proteins, lipids, amino acids, sugars, carbohydrates, DNA, RNA
•  Understand the properties of biological molecules as a function of their chemical structures

Assignments:

The student should read the relevant chapters of the text as given in the course outline. You are expected to come to class prepared to answer questions on the assigned readings and previous work. There will be a brief quiz at least once every week.

Each chapter in the text has practice exercises within the chapter for students to solve. There are Additional Problems at the end of each chapter which should be worked out. The answers to odd numbered problems are given in the appendix. Tests and quizzes will depend heavily on these types of questions.

Homework will NOT be collected or graded. It is up to YOU to do the study questions and keep up to date on the problems. It is extremely important that you do not fall behind in working out problems.

For a list of recommended homework problems, click here.

Grading:

There will be 3 hourly exams and daily quizzes which, when averaged together, will count as one exam. The lowest exam grade or the quiz average will be dropped at the end of the semester. A missed quiz will result in a grade of zero unless an instructor-approved written excuse is given, or by prior arrangement with the instructor. You can make up an exam under extreme, documented circumstances, at the discretion of the instructor. In lieu of this, any missed exam will count as the dropped grade. The final examination is comprehensive and mandatory.

Exams

60%

Laboratory

20%

Final

20%

Total

100%


A

90-100%

C+

75-77%

A-

88-89%

C

70-74%

B+

85-87%

C-

68-69%

B

80-84%

D+

65-67%

B-

78-79%

D

60-64%

Attendance is mandatory and will be taken. Excessive absence can be cause for loss of a grade or failure, at the discretion of the instructor. Laboratory attendance is mandatory: all absences must be made up at the convenience of the instructor. It is the responsibility of the student to make arrangements for remediating a missed lab. The instructor reserves the right to fail any student who does not complete all laboratory activities.

HELP!!!!!!!!

My office hours are listed at the top of this page. If these are inconvenient for you, please make an appointment with me for another time. You can come with specific questions or just to go over problems.

Don't let yourself fall behind before you seek help!! You can also leave me questions at the e-mail address given at the top of the page. I check my mail every day so I will be sure to get your message and reply as soon as possible. You can also use my e-mail to set up times to meet, ask questions, etc. Other avenues: speak with your advisor about tutorial help or you can get help at the college skills center at 569-3177.

Tentative Schedule:

Date

Topic

Chapter

Jan 23

Organic Compounds-shape, polarity, properties

10

Jan 25

Functional groups and isomers

10

Jan 27

Alkanes-naming and drawing

11

Jan 30

Alkanes-Derivatives, properties & reactions

11

Feb 1

Alkenes & alkynes: structure and naming

12

Feb 3

Alkenes/alkynes-reactions

12

Feb 6

Aromatic compounds

13

Feb 8

Alcohols – naming & classification

14

Feb 10

Alcohols/ phenols/ ethers

14

Feb 13

Alcohols – properties & reactions

14

Feb 15

Chirality

15

Feb 16

Amines – naming & properties

16

Feb 17

Exam 1

 

Feb 20

Amines – reactions

16

Feb 22

Aldehyes & ketones – structure and naming

17

Feb 24

Aldehyes & ketones – properties & chirality

17

Feb 27

Aldehydes & ketones – reactions

17

Mar 1

Carboxylic acids – structure and naming

18

Mar 3

Carboxylic acids – properties & reactions

18

Mar 6

Esters – structure and naming

18

Mar 8

Esters – reactions

18

Mar 10

Amides – structure & naming

18

Mar 20

Amides – properties & reactions

18

Mar 22

Carbohydrates – monosaccharides & Fisher projections

19

Mar 24

Exam 2

 

Mar 27

Monosaccharides – structures & properties

19

Mar 29

Disaccharides & polysaccharides

19

Mar 31

Lipids: /Fatty acids, waxes, fats, and oils

20

Apr 3

Triacylglycerols

20

Apr 5

Other lipids

20

Apr 7

Amino acids/ Peptides

21

Apr 10

Protein structure

21

Apr 12

Protein classification & denaturation

21

Apr 19

Enzymes – names & classification

22

Apr 21

Enzyme activity –factors and regulation

22

Apr 24

Cofactors, vitamins & coenzymes

22/29.7

Apr 26

Nucleic acids, nucleosides & nucleotides

24

Apr 28

Exam 3

 

May 1

Nucleic acids – primary and secondary structure

24

May 3

DNA replication & RNA

24

May 5

Transcription & translation

24

May 8

Manipulation of DNA – mutations, recombinant DNA, viruses

24

Final Exam as scheduled by the Registrar.

Return To Top Of Page
Return To Courses Taught Page