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CHEM 335: Topics in Chemical Reactivity
0.50 Credits
DePauw University
0.5 course, class or lab Selected topics in inorganic and organic chemical reactivity are offered. May be repeated for credit (with a different topic). Prerequisite: varies with topic. May not be taken pass/fail. CHEM 341. Metabolism (discontinued after Fall Semester 2005) Group 1, 0.5 course A detailed examination of the function, bioenergetics and regulatory mechanisms of enzymes in the context of intermediate metabolism. Focuses on chemical transformation, regulation and integration at both cellular level and between different organs--lecture only. Prerequisites: CHEM 240 and CHEM 260. May not be taken pass/fail.
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CHEM 335 - Topics in Chemical Reactivity
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CHEM 342: Topics in Biochemistry
0.50 Credits
DePauw University
0.5 course, class or lab Selected topics in biochemistry are offered. May be repeated for credit (with a different topic). Prerequisite: varies with topic. May not be taken pass/fail.
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CHEM 342 - Topics in Biochemistry
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CHEM 343: Advanced Biochemistry
1.00 Credits
DePauw University
1 course A detailed examination of the function, bioenergetics and regulatory mechanisms of enzymes in the context of intermediate metabolism.Focuses on chemical transformation, regulation and integration at the level of cells and organs. The project-oriented laboratory focuses on advanced techniques such as methods of isolation and those needed to analyze structure and function of biomolecules. Prerequisites: CHEM 240 and CHEM 260. May not be taken pass/fail.
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CHEM 343 - Advanced Biochemistry
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CHEM 351: Chemometrics
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only An introduction to the mathematical handling of chemical data, including the statistical analysis of data, linear regression, standardization strategies, sampling, optimization and ruggedness testing. Prerequisite: CHEM 260. May not be taken pass/fail.
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CHEM 351 - Chemometrics
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CHEM 352: Analytical Equilibria
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only This course provides a more detailed examination of equilibrium chemistry and its application to gravimetry, titrimetry and analytical separations, including solvent extractions and chromatography. Prerequisite: CHEM 260. May not be taken pass/fail.
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CHEM 352 - Analytical Equilibria
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CHEM 353: Instrumental Methods of Analysis
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only A detailed examination of spectroscopic, electrochemical and flow injection methods of analysis. The application of kinetic methods of analysis is also considered. Prerequisite: CHEM 260. May not be taken pass/fail.
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CHEM 353 - Instrumental Methods of Analysis
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CHEM 354: Topics in Chemical Analysis
0.50 Credits
DePauw University
0.5 course, class or lab Selected topics in chemical analysis are offered. May be repeated for credit (with a different topic). Prerequisite: varies with topic. May not be taken pass/fail.
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CHEM 354 - Topics in Chemical Analysis
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CHEM 361: Chemical Kinetics
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only A careful study of the key methods for the kinetic analysis of chemical systems. In addition to reviewing basic methodologies, such as the method of initial rates and simple integrated rate equations, considerable attention is given to more complicated kinetic mechanisms. Consecutive, competing, oscillating and explosive reactions are covered. Prerequisite: MATH 152, PHYS 130 and CHEM 260. May not be taken pass/fail.
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CHEM 361 - Chemical Kinetics
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CHEM 362: Chemical Thermodynamics
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only This course will look at the fundamental principles of thermodynamics and how those principles govern the behavior of chemical systems. Emphasis will be given to applications in biochemical systems. Prerequisite: MATH 152, PHYS 130, and CHEM 260. May not be taken pass/fail.
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CHEM 362 - Chemical Thermodynamics
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CHEM 363: Quantum Mechanics in Chemistry
0.50 - 1.00 Credits
DePauw University
Group 1, 0.5 course, class only This course examines the core quantum mechanical models, including the particle in a box, harmonic oscillator, rigid rotor, and hydrogen atom. Emphasis is placed on the power and limits of each model in explaining molecular vibrations, rotations and electronic motions. Approximation methods are discussed to extend the models to a larger number of physical systems. Prerequisite: MATH 152, PHYS 130 and CHEM 260. May not be taken pass/fail. CHEM 364. Topics in Theoretical and Computational Chemistry 0.5 course, class only Selected topics in theoretical and computational chemistry are offered. May be repeated for credit (with a different topic). Prerequisite: varies with topic. May not be taken pass/fail.
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CHEM 363 - Quantum Mechanics in Chemistry
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