Continuation of CHE 232.PREREQ: CHE 232. COREQ: CHE 235. (See information for corequisite courses.)

3 lecture, 1 recitation; 3 creditsContinuation of Chemistry 3511. Different classes of compounds,including biomolecules and polymers, with a greater emphasis onreaction mechanisms and synthesis. A second semester of atwo-semester sequence intended for students interested in science andin health professional programs including medical, dental, and pharmacyschool. (Students who have taken Chemistry 2500 or Chemistry 3520will lose credit for Chemistry 2500 and 3520 upon successfulcompletion of this course.)Prerequisite: Chemistry 3511 or Chemistry 3510

A continuation of CHM 250 with an emphasis on functional group chemistry and bioorganic chemistry. By the end of the two-semester sequence IR and NMR analysis are discussed in detail in conjunction with classical methods of structural determination. (LP)(SW)(STEM)

A continuation of Chem 26100.

The objective of this course is to give students of chemical, physical sciences and molecular biological sciences a complete and in-depth understanding of organic chemistry. The chemistry of the remaining functional groups not covered in CHE 310 will be discussed including nomenclature, stereosomerism, and stereoseletivity of reactions. Organic functional groups will be introduced and discussed in detail. Problem solving will be used to give the student a working understanding of multi-step reaction mechanisms, modern reagents used for organic synthesis, and synthetic strategy. Polyfunctional compounds and interactions between functional groups will also be covered, as well as applications of organic chemistry in biochemistry, biotechnology, and materials science. Modern organic analytical methods, such as mass spectrometry and nuclear magnetic resonance will be covered in detail.

Organic Chemistry 2 (Lec)

The structure, preparation and properties of organic compounds with emphasis on reactivity, reaction mechanisms, stereochemistry and synthesis. Laboratory studies include modern experimental and research techniques for preparing, purifying and identifying organic compounds, and the use of polarimeter, infra-red and ultraviolet spectrometers, NMR, and chromatography.

Continuation of Chemistry 231; functional group reactivities, reaction mechanisms, and biologically significant compounds; emphasis on research methods and synthesis.