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Course Criteria
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1.50 Credits
Staff A survey of advanced laboratory techniques including physical chemistry methods, analytical chemistry (especially instrumental methods), and synthesis and characterization of compounds. Prerequisites: Chemistry 15, Chemistry117, Physics 34 (or 31), and Mathematics 31. The AISS sequence may be used for the introductory chemistry and physics courses. Chemistry 121 and 122 recommended as co-requisites. Enrollment limited to 18. Laboratory fee $50 per semester. Offered every year.
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1.50 Credits
Williams A survey of the bonding, structure, reactions, mechanisms, and properties of inorganic compounds. Special emphasis will be placed upon transition metal chemistry. Topics will include elementary group theory, atomic structure, ionic and covalent bonding, spectroscopy, molecular orbital theory, periodic trends, bioinorganic chemistry, and organometallic chemistry. Prerequisites: Chemistry 117 and 121 (or concurrent). Enrollment limited to 20. Offered every other year.
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1.50 Credits
Williams, Zanella This laboratory course will include a variety of synthetic techniques for inorganic compounds. Emphasis will be on transition metal complexes, including organometallic compounds, and some main group compounds will also be prepared. Students will use appropriate spectroscopic methods and chromatography to characterize products. Use of original journal references will be stressed. Prerequisites: Chemistry 117 and 121 (or concurrent). Enrollment limited to 12. Laboratory fee $50. One-half course credit. Offered every other year.
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1.50 Credits
Kaufman Lectures and laboratory exercises focus on mechanisms of physiological regulation with a major emphasis on humans. Topics to be covered include circulation, respiration, regulation of extra-cellular water and electrolytes, the senses, and neural and hormonal communication. Prerequisites: Biology 43 and 44, and Chemistry 14 and 15 (or 29), or both semesters of the AISS sequence. Enrollment limited to 18. Laboratory fee $50. Offered every spring semester.
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1.50 Credits
Preest An investigation of fundamental physiological processes including circulation, respiration, movement, digestion, and neural and endocrine communication, in animals with an emphasis on vertebrates. Some topics in the physiology of plants will also be discussed. Attention will be given to how an organism's physiology reflects adaptation to its environment. Prerequisites: Biology 43 and 44, and Chemistry 14 and 15 (or 29), or both semesters of the AISS sequence. Laboratory fee $50. Offered every fall semester.
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1.50 Credits
Milton Mathematical analyses of biological oscillators, excitable media, and feedback control mechanisms. Comparing predictions with observation. Design of dynamic therapeutic strategies. Laboratory develops computer skills to explore dynamic systems. Students must have a PC laptop computer with Internet access. Prerequisites: Mathematics 30 and permission of instructor. Laboratory fee $50. Offered every fall semester.
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1.50 Credits
Black This course provides an introduction to both the theory and practice of current molecular modeling methods. Students use molecular mechanics, molecular orbital theory and molecular dynamics to study the structure, properties and reactivity of systems ranging from small organic structures to large biomolecules. The computational work is carried out using Spartan, MacroModel and Gaussian software. Prerequisites: Chemistry 117 and 121. Enrollment limited to 12. Onehalf course credit. Offered every other year.
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1.50 Credits
Poon This course will explore the interaction of light with molecules, and the chemical and physical changes that result. Emphasis will be placed on modern applications of photochemistry in the areas of synthesis, mechanistic studies, medicine, and materials science. Prerequisite: Chemistry 117. Enrollment limited to 20. One-half course credit. Offered occasionally.
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1.50 Credits
Thomson This course covers advanced topics in population biology, community ecology and population genetics, as applied to conservation and resource management and with an emphasis on quantitative methods. The computer laboratory involves learning basic programming skills through the development and analysis of models addressing problems in conservation research and management. Prerequisite: Biology 44. Enrollment limited to 16. Students may not receive credit for Biology 138L and 139L. Laboratory fee: $50. Offered every other year.
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