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Old Art, New Issues
Organic Chemistry Lab 1
Organic Chemistry Lab 2
Organic Chemistry Lecture
Old Art, New Issues 
Cancelled
Susan Platt, 206-650-0791
M, 1-5p; Tu, 9a-1p, Sem II A2109
For Credit
8 credits Second session
Required Fees: $15 for photocopies
Special Expenses: $25 for museum admissions
CRN: 40126
Fees do not include tuition
Non-Credit | Extended Education
Fee: $638.60, includes $15 for photocopies
Special Expenses: $25 for museum admissions
Course Number: E4033
This course will consider selected major sites in the Middle East, Africa, the Mediterranean World, Latin America and Asia. It will make connections to contemporary issues. Emphasis will be on visual principles for looking at art, historical, social and political context and critical thinking.
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Organic Chemistry Lab 1
Peter Pessiki, 867-6892
MWTh, 12-4p, Lab II 3216
For Credit
4 credits First session
Required Fees: $20 for lab cost/chemicals
CRN: 40060
Fees do not include tuition
Students will perform experiments utilizing techniques such as pH dependent extractions, fractional and steam distillations, and column chromatography. Opportunity to operate refractometers and GC instrumentation interfaced with computers will be made available. Natural product isolation and some synthesis will be performed. An introduction to the scientific literature/resources and LD-50 values will be incorporated into the lab and a lab notebook will be expected.
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Organic Chemistry Lab 2
Peter Pessiki, 867-6892
MWTh, 12-4p, Lab II 3216
For Credit
4 credits Second session
Required Fees: $20 for lab chemicals
CRN: 40061
Fees do not include tuition
This lab course will focus on multi-step synthesis and spectroscopy. The theory of NMR, IR and absorption spectroscopy will be incorporated into lab. Students will routinely utilize these techniques for compound analysis, as well as possibly covering advanced natural product isolation.
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Organic Chemistry Lecture
Peter Pessiki, 867-6892
MTuWTh, 9:15-11:45a, Lab II 3216
For Credit
8 credits Full session
CRN: 40062
Fees do not include tuition
We will start with an overview of the chemical bonding theories relevant to organic molecules. The reactivity, preparation and physical and properties of organic compounds will be the bulk of the lecture material that follows, with an emphasis on functional groups that are relevant to biological systems. Organic reagents, reaction mechanisms, acid-base chemistry and stereochemistry will also be covered
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