Chemistry

Transcription

1 Chemistry 161 MKT 338 Marketing Channels and Physical Distribution (3). Marketing institutions and the routes products take as they are moved toward end users. Topics include: title transfer, advantages of different transportation methods, warehousing, and inventory control. Prerequisite: MKT 333. Fall, Spring. MKT 436 Service Marketing (3). Development, pricing, promotion, and delivery of consumer and business services. The differences between tangible goods and services and the marketing implications of these differences. Prerequisite: MKT 333. MKT 437 Sales Management (3). The application of management and leadership principles to the operation of the outside sales force. Topics include: sales planning and sales force recruitment, organization, training, motivation, and compensation. Prerequisite: MKT 333. Spring. MKT 438 Promotion Management (3). Management of non-selling promotion activities (i.e., advertising, sales promotion and publicity). Topics include: creative strategy, media planning, promotion budgeting, and the evaluation of promotion effectiveness. Prerequisite: MKT 333. Fall. MKT 439 Marketing Research (3). Conceptual and practical considerations of conducting marketing research and using marketing research in decision-making. Topics include: problem definition, questionnaire design, data collection, sampling, and data analysis. Prerequisites: BA 201 and MKT 333. Fall, Spring. MKT 480 International Marketing (3). Marketing opportunities and strategies for firms involved in marketing across national borders and in other countries. Special attention is given to planning and implementing marketing mix variables in international settings. Prerequisites: ECO 285 and MKT 333. MKT 490 Marketing Management (3). An applications course that allows students to apply marketing knowledge through the case study method and through projects. Marketing-related applications of business ethics and international business are also presented. Prerequisites: Senior level standing, MKT 334 and 338. Fall, Spring. Graduate Courses MKT 600 Marketing Theory (3) MKT 610 Marketing Research: Theory and Practice (3). MKT 620 Sales Force Management: Analysis, Planning and Control (3). Chemistry Faculty: M. Eastman, Departmental Chair; K. Bean, G. Caple, J. DeKorte, R. Poust, D. Gilbert, H. Gunderson, C. Hartzell, W. Hildebrandt, E. Hoyt, R. Huffman, S. Savage, J. Wettaw, B. Wheeler, R. Zoellner. Objectives The Chemistry Department seeks to develop the scientific abilities of its students and to provide a strong chemistry background for those interested in careers jo science, medicine or pharmacy. To meet these objectives, the department has implemented the wide range of degree options described below. The certified chemistry major is based on criteria developed by the American Chemical Society and is recommended for those who will enter the chemical

2 162 Chemistry profession directly after graduation and for those who plan to obtain an advanced degree in chemistry. The extended chemistry major allows students to emphasize forensic chemistry, geochemistry, or pre-professional chemistry. The basic chemistry major is particularly well suited for students wishing a dual major and for those interested in interdisciplinary areas. The coordinated major is designed for training secondary science teachers who wish to have strength in two areas of science. The department's advising system is designed to help students choose the proper curriculum and major for their educational needs. All chemistry majors are required to complete the curriculum for the College of Arts and Sciences (see the information under that heading earlier in this chapter) and a minimum of 125 hours. Bachelor of Science, Chemistry Certified Chemistry Major This American Chemical Society certified major requires a minimum of 64 hours of chemistry and related courses, which must include CHM 151:152, 235:238, 320, 341:342, 350, 425, 450; laboratories 151L, 152L, 235L, 238L, 320L, 341L, 425L; a minimum of 2 credit hours in 408 or 485; mathematics through MAT 211 and 238; one year of physics that includes PHY 161 and 262, with PHY 263 or 264 also recommended; and one additional advanced course selected with the approval of a chemistry advisor from chemistry, physics, computer science, molecular biology, engineering, or 300- or 400-level mathematics. Extended Chemistry Major The extended chemistry major requires a minimum of 23 hours of nonduplicating chemistry and related courses beyond the basic 30-hour major. These courses are selected with the approval of a chemistry advisor. Extended Chemistry Major, Pre-Medical Dental/ Veterinary Science/Pharmacy Emphasis The pre-professional extended chemistry major requires 53 hours, which must include CHM 151, 151L, 152, 152L, 235, 235L, 238, 238L, 341; MAT ; PHY (or PHY and 152L); BIO 190; MBI 220 or BIO 184; and a minimum of 6 additional hours in chemistry or biology (with CHM 460 and 460L, and additional biology and microbiology courses recommended). Because some professional programs and schools have requirements exceeding those listed above, students should consult their academic advisors and/or the Director of Health Pre-professional Programs to ensure a suitable program. Extended Chemistry Major, Pre-Forensic Chemistry Criminalistics Emphasis The pre-forensic/criminalistics extended chemistry major requires 53 hours, which must include CHM 151, 151L, 152, 152L, 235, 235L, 238, 238L, 320, 320L, 341, 425, 425L, 460; 12 hours of CHM 408; and courses in investigation, criminal and constitutional law.

3 164 Chemistry Minor Programs The chemistry minor requires 18 credit hours of nonduplicating chemistry courses. The chemistry education minor requires 20 credit hours of nonduplicating chemistry courses, selected with the approval of a chemistry faculty advisor. Dual Majors Dual majors may be obtained by combining the chemistry major with any other major upon consultation with a chemistry advisor. Students completing a dual major are exempt from the requirement of completing a minor. Chemistry Courses (CHM) Some courses may not be offered every semester. Check with the department for current information about when specific courses are offered. CHM 100 Preparation for Chemistry (3). An introduction to chemical calculations and elementary atomic theory for those students not prepared for CHM 130 or CHM 151. May not be used for credit in any major or minor program or for liberal studies credit. Fall, Spring. CHM 120 The Marvelous World of Molecules (4). A study of matter designed to expand the understanding of everyday physical and chemical phenomena at the molecular level. 3 hrs. lecture, 1 hr. lab. (For non-science majors). CHM 130 Fundamental Chemistry (4). Principles of chemistry course for students requiring only one semester of chemistry and those proceeding to a one-semester organic (CHM 230) course. Laboratory CHM 151L recommended. Prerequisites: High school chemistry or CHM 100. Corequisite: MAT 109. Fall, Spring. CHM 151:152 General Chemistry 1:11 (4:3). Fundamental chemistry principles presented at a level appropriate for pre-professional, science, and engineering majors, including students proceeding to CHM 235:238. Laboratories CHM 151L:152L recommended. Prerequisites: CHM high school chemistry or CHM 100 and MAT 109; CHM CHM 151 prerequisite. Fall, Spring, Summer. CHM 151L General Chemistry I Lab (1). An introduction to important laboratory practices, stoichiometry, and the analysis of chemical unknowns. 2 hrs. lab including lecture time when appropriate. Corequisites: CHM 151 or CHM 130. Lab fee required. Fall, Spring, Summer CHM 152L General Chemistry n Lab (1). A laboratory introduction to analytical chemistry, thermochemistry, ph and buffers, chemical kinetics, and spectrophotometry. 3 hrs. lab. Prerequisites: CHM 151L and CHM 130 or 151. Corequisite: CHM 152. Lab fee required. Fall, Spring, Summer. CHM 230 Fundamental Organic Chemistry (3). An introduction to the chemistry of aliphatic, aromatic, and bio-organic compounds. For students needing only one semester of organic chemistry. Laboratory CHM 230L recommended. Prerequisite: CHM 130. Fall, Spring. CHM 230L Fundamental Organic Chemistry Laboratory (3). Introduction to basic principles of experimental organic chemistry. 3 hrs. lab. Prerequisite: CHM 151L. Corequisite: CHM 230. Lab fee required. Fall, Spring. CHM 235:238 General Organic Chemistry I and II (4-3). A rigorous introduction to the study of carbon-containing compounds; with an emphasis on structure determination, synthesis, and reaction mechanisms. Prerequisite: CHM 152. Fall, Spring.

4 Chemistry 165 CHM 235L General Organic Chemistry I Lab (1). Introduction to chemical synthesis, structure determination, and thin layer chromatography. 3 hrs. lab. Prerequisite: CHM 152L. Corequisite: CHM 235. Lab fee required. Fall, Spring. CHM 238L General Organic Chemistry II Lab (2). Advanced work in chemical synthesis, use of the chemical literature, and the elucidation of product structures by spectroscopic methods. 6 hrs. lab. Prerequisite: CHM 235L. Corequisite: CHM 238. Lab fee required. Fall, Spring. CHM 320 Analytical Chemistry (3). Principles and practices of chemical analysis with an emphasis on stoichiometry and equilibrium calculations. Laboratory CHM 320L recommended. Prerequisite: CHM 230 or 152. CHM 320L Analytical Chemistry Lab (1). Emphasis on rigorous experimental measurement, instrumental methods in chemical analysis, and data evaluation in the context of typical analytical applications. 3 hrs. lab. Prerequisite: CHM 152L or 230L. Corequisite: CHM 320. Lab fee required. CHM 341 Physical Chemistry I (3). An introduction to fundamental principles of physical chemistry with an emphasis on thermodynamics and kinetics. Prerequisites: CHM 152, MAT 137, PHY 262. Fall. CHM 342 Physical Chemistry H (3). An introduction to quantum and statistical mechanics, group theory, and spectroscopy. Prerequisite: CHM 341. Corequisite: MAT 238; MAT 211 recommended. Spring. CHM 342L Physical Chemistry Lab (2). Individual projects in the areas of kinetics, molecular spectroscopy, thermodynamics, and quantum mechanics. 6 hrs. lab. Prerequisite: CHM 320L. Corequisite: CHM 342. CHM 350 Inorganic Chemistry I (3). A systematic presentation of properties and reactions of representative elements of the periodic table with application of chemical principles. Prerequisite: CHM 152 or CHM 230. CHM 360 Fundamental Biochemistry (3). Principles of biochemistry emphasizing biologically important compounds, their functions and metabolism in living cells. Laboratory CHM 360L recommended. Prerequisite: CHM 230. CHM 360L Fundamental Biochemistry Laboratory (1). An introduction to modem qualitative and quantitative biochemical techniques. 3 hrs. lab. Prerequisite: CHM 230L. Corequisite: CHM 360. Lab fee required. CHM 408 Field work Experience (1-12). Supervised field experience in an appropriate agency or organization. May not exceed a maximum of 12 hours credit. CHM 420 Applied Chemical Analysis (3). Analytical chemistry techniques and data analysis as applied to various chemical samples. Prerequisite: CHM 320. CHM 420L Applied Chemical Analysis Laboratory (2). Introduction to flame and electrothermal atomic spectroscopy, gas liquid chromatography, high performance liquid chromatography, selective ion electrodes, wet chemical and autoanalysis procedures. 6 hrs. lab Prerequisite: CHM 320L. Corequisite:-COM 420. CHM 425 Instrumental Analysis (3). Spectroscopic, electrochemical, and separation science instrumental techniques and applications. Prerequisites: CHM 320 & 341. CHM 425L Instrumental Analysis Laboratory (2). Principles of spectroscopic, electrochemical, and separation science instrumentation. 6 hrs. lab. Prerequisite: CHM 320L. Corequisite: CHM 425. CHM 450 Inorganic Chemistry II (3). A continuation of CHM 350 with emphasis on chemistry of transition metals and application of physical chemical theory and "Methods. Prerequisite: CHM 350. Corequisite: CHM 341.

5 166 Communication CHM 460 Biochemistry (3). Chemistry of biological substances and of the production and utilization of energy in biochemical systems. Prerequisites: CHM 238. CHM 460L Biochemistry Laboratory (1-2). A survey of modern quantitative and qualitative biochemical techniques. 3 hrs. lab. CHM 485 Undergraduate Research (1-6). Original research under the supervision of a research advisor. May not exceed a maximum of 6 hours credit. CHM 497 Independent Study (1-3). An individualized approach to selected topics by guided reading and critical evaluation. May be repeated for a maximum of 6 hours credit. CHM 498 Seminar (1). Graduate Courses CHM 525 Laboratory Computers (3). CHM 530 Advanced Organic Chemistry (3). CHM 540 Theoretical Chemistry (3). CHM 560 Topics in Biochemistry (3). CHM 600 Recent Trends in Chemistry (3). CHM 607 High School Chemistry Curricula (3). CHM 620 Advanced Analytical Chemistry (3). CHM 627 Analytical Chemistry for Teachers (3-4). CHM 630 Theoretical Organic Chemistry (3). CHM 637 Organic Chemistry for Teachers (3-5). CHM 650 Advanced Inorganic Chemistry (3). CHM 657 Modern Inorganic Chemistry for Teachers (3-4). CHM 685 Graduate Research (1-6). CHM 690 Special Topics in Chemistry (1-4). CHM 697 Independent Study (1-3). CHM 698 Seminar (1). Communication Faculty: N. Medoff, Director; M. Altizer, R. Beaman, A. Ginsburg, R. Hanson, H. Hickman, D. Hoskins, D. Julien, S. Larkin, R. Lei, J. Monsma, R. Newton, R. Parker, S. Porter, M. Romero, W. Rugg, L. Rumery, M. Sommerness, P. Stoltz, J. To, J. Walters Statement of Philosophy The central concepts explored in the study of communication include the creation, transmission, and analysis of differing kinds of messages as well as message impact. The School of Communication is organized into majors including advertising, broadcasting, journalism, public relations, and speech