CHEM271_S12_22xx_syl

CHEM271_S12_22xx_syl - CHEMISTRY 271 (CHEM 271), SECTIONS...

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C HEMISTRY 271 (CHEM 271), SECTIONS 22 XX (2 CREDITS ): G ENERAL C HEMISTRY AND E NERGETICS S PRING , 2012: MW 12:00-12:50 P . M ., C HEMISTRY 1407 Assoc. Prof. Jason D. Kahn, Dept. of Chemistry and Biochemistry, Univ. Maryland, College Park Office: Chemistry 2500A (Biochemistry, Wing 5 of the Chemistry complex, Bldg. 091) Office hours: Weds. 2:00-3:30 p.m., Thursday 11:00 a.m.-12:30 p.m., Chemistry 2500A. Contacting me: jdkahn@umd.edu much preferred to 301-405-0058. There are ~200 of you: please include “CHEM271” in your subject line, quote any of our previous correspondence in your emails, and do not ask questions that are answered in this document. Please do not drop in to my office or lab, but I make appointments outside of office hours. Web and e-mail: E-mail reflectors provided through Coursemail and/or ELMS will be used. It is your responsibility to make sure your university e-mail address works. The course web site is available through the ELMS system (http://elms.umd.edu). The SmartWork web-based homework site is at http://smartwork.wwnorton.com/sw/ There is complete repository of my old exams at my permanent web site, under http://www.biochem.umd.edu/biochem/kahn/previous_exams/index.html Discussion TA: Sarah Sucayan ( ssucayan@umd.edu ), 405-1815 (see above for contact directions) Office Hours: Mon. 10-11 a.m. and Weds. 11-12 a.m. in Chemistry 2507. Discussion Sections (Required): 2224(14550) Tu. ....11:00am-11:50am (CHM 0127) [CHM = Chemistry 2227(14551) Tu. ..... 2:00pm- 2:50pm (CHM 0127) 0 = basement\ 2228(14552) Tu. ..... 3:30pm- 4:20pm (CHM 2201) 2 = 2 nd floor 2244(14553) Th. ....11:00am-11:50am (CHM 0127) 1 = Wing 1 2247(14554) Th. ..... 2:00pm- 2:50pm (CHM 0127) 2 = Wing 2 2248(14555) Th. ..... 3:30pm- 4:20pm (CHM 2201) xx = exact room #] Course Description Chemistry 271 is the fourth semester of our integrated introduction to general and organic chemistry. This course covers aspects of chemical thermodynamics and kinetics. Thermodynamics is the study of what is possible and the extent to which it is possible. Kinetics is the study of how rapidly the possible chemical transformations actually occur. The material covered here will help place your qualitative understanding of chemical reactivity from organic chemistry on a more quantitative basis. It is required for a fundamental understanding of biochemistry. Physical chemistry explores more of the underlying theories for the concepts developed here. The following areas will be emphasized: Chemical Equilibria: K eq , especially acid-base reactions; p K a , titrations, buffers. Ideal gas law. Thermodynamics: The statistical basis of the universe. Enthalpy, entropy and free energy, 1 st , 2 nd , and 3 rd laws of thermodynamics, heat capacities Relationships among thermodynamics and chemical equilibria: where does K eq come from? Electrochemistry and oxidation-reduction reactions, and their connection to thermodynamics. Batteries and electrolytic reactions. Kinetics: Maxwell-Boltzmann distribution, reaction rates and orders, elementary reactions and mechanisms, the steady state approximation, activation energy, catalysis
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2 There will also be “bio-flavored” (since I am a biophysical chemist) special topics that are extensions of the core material above. Time permitting, the special topics we will cover are listed below:
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CHEM271_S12_22xx_syl - CHEMISTRY 271 (CHEM 271), SECTIONS...

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