304-10100 Chemistry and Your Body NS LA 2a
A course designed for students who have chosen to major in areas other than science. An introduction to the basic ideas of chemistry, the nature and structure of chemical compounds, and the meaning of chemical symbols. An application of these ideas and understandings to the chemistry of the body, with specific discussion of food, drugs, cosmetics, and other health-related topics. Three hours of lecture and/or discussion per week. 3 credits. (S,Y)
304-10200 Contemporary Chemical Issues NS LA 2a
A description and discussion of the new compounds and materials made by the chemical industry during the past 100 years that have properties superior to those of naturally occurring products. Many of these advances have significantly improved modern living; however, by-products of some of these advances have also decreased the overall quality of life. After an introduction to the language and symbols of chemistry, topics related to contemporary problems and examples follow some compounds from research curiosities to industrial products. Three hours of lecture and/or discussion per week. 3 credits. (IRR)
304-10500 Energy and the Environment NS LA 2a
Description and discussion of types and sources of natural resources with special emphasis on energy resources. Background is presented in terms of simple chemical principles understandable to students with majors other than the sciences. Topics of societal concern include air pollution, acid rain, global warming, ozone depletion, and upcoming energy shortages. Viable solutions to these problems are discussed. Primarily for students majoring in areas other than science or physical therapy. Three hours of class meeting per week, including discussion, lecture, and quizzes. 3 credits. (F,Y)
304-10600 Preparation for Principles of Chemistry NS LA
A review of topics generally found in high school chemistry and an introduction to the heuristic approach to the solution of chemical problems. This course is intended for students who feel the need for some formal preparation before taking Chemistry 12100. Emphasis is on student participation. Three hours of recitation per week. Prerequisites: Math placement in Group 3, 2, or 1; or C- or better in 313-10000 or 313-18000. Pass/fail only. 2 credits. (S,Y)
304-10800 Introduction to Technology NS LA 2a
A course for non-science students with emphasis on the applications rather than the theories of science. This course examines those technologies, primarily nuclear technology (civilian and military) and biotechnology, that will significantly affect our lives in the years to come. Three hours of lecture and/or discussion per week. 3 credits. (IRR)
304-11000 General Chemistry NS LA
General chemistry for occupational therapy majors. Topics from inorganic, organic, and biological chemistry including electronic structure of atoms, stoichiometry, equilibria, acids and bases, thermodynamics, kinetics, nomenclature, structure, and reactions of organic compounds and biochemicals. Required for occupational therapy majors. Prerequisites: High school chemistry. 3 credits. (S,Y)
304-11100 Fundamentals of Chemistry NS LA
General theories and principles of chemistry. Introduction to physical principles, combined with a systematic study of the periodic table. Intended for students in physical therapy and other allied health professions. Three hours of lecture per week. Prerequisites: High school chemistry or 304-10600. 3 credits. (F,Y)
304-11200 Organic Chemistry and Biochemistry NS LA
Introduction to general theories and principles of organic chemistry and biochemistry. The naming and structure of organic compounds, reactivities of the various functional groups in both aliphatic and aromatic compounds, and an introduction to the organic chemistry of biologically important systems. Three hours of lecture per week with a fourth hour scheduled for review session and exams. Prerequisites: 304-11100 or equivalent. 3 credits. (S,Y)
304-11300, 304-11400 Chemistry Laboratory NS LA
Designed to complement the 304-11100, 304-11200 sequence. First semester work is based primarily on inorganic chemistry and qualitative analysis. The second semester work deals with organic reactions. One laboratory per week. Prerequisites: 304-11100, 304-11200, prior or concurrent. 1 credit. (304-11300-F, 304-11400-S,Y)
304-11700 Environmental Chemistry I NS LA
General principles of chemistry needed for the study of environmental science. Topics include mathematical methods, electronic structure of atoms, stoichiometry, equilibria, acids and bases, thermodynamics, kinetics, and nuclear chemistry. Required of environmental studies majors, but open to nonmajors. 3 credits. (F, Y)
304-11800 Environmental Chemistry II NS LA
General principles of chemistry needed for the study of environmental science. Topics include polymers; mechanisms of organic reactions; nomenclature, structure and reactions of organic compounds and biochemicals. Required of environmental studies majors, but open to nonmajors. Prerequisites: 304-11700. 3 credits. (S, Y)
304-12100, 304-12200 Principles of Chemistry NS LA 2a
Introduction to general theories and principles of chemistry stressing underlying correlations. Systematic study of the periodic table with emphasis on bonding and the quantitative relationships between the elements, as well as molecular spectroscopy, kinetics, and thermodynamics. Three hours of lecture (and one recitation in 304-12100) per week. Prerequisites: For 304-12100, high school algebra and high school chemistry with minimum grade of C or 304-10600. For 304-12200, 304-12100. 304-12100, 4 credits; 304-12200, 3 credits. (304-12100-F, 304-12200-S,Y)
304-12300, 304-12600 Principles of Chemistry - Enriched Section NS LA 2a
Introduction to general theories and principles of chemistry stressing underlying correlations. Systematic study of the periodic table with emphasis on bonding and the quantitative relationships among the elements, as well as molecular spectroscopy, kinetics, and thermodynamics. The course covers additional topics and examples of scientific interest not included in 304-12100, 304-12200. Three hours of lecture (and one recitation in 304-12300) per week. Primarily intended for biochemistry and chemistry majors. Prerequisites: For 304-12300, high school algebra and high school chemistry with minimum grade of C. For 304-12600, 304-12300. 304-12300, 4 credits; 304-12600, 3 credits. (304-12300-F, 304-12600-S,Y)
304-12400 Experimental Chemistry I NS LA 2a
First semester of a five-semester modern laboratory sequence designed to cut across subdisciplinary lines. Quantitative analysis, inorganic synthesis, and modern instrumental techniques, such as ultraviolet, visible, and infrared spectrophotometry, are introduced. One lecture and one laboratory per week. Prerequisites: 304-12100 or 304-12300 and 304-12200 or 304-12600 prior or concurrent. 2 credits. (S,Y)
304-22100, 304-22200 Organic Chemistry NS LA
Study of the chemistry of carbon compounds, with emphasis on both traditional and current concepts. Structure, nomenclature, preparation, reactions, and analysis of organic compounds are covered, using modern theories and reaction mechanisms as a unifying basis. The use of scientific and logical thought patterns is stressed in problem solving. Three hours of lecture per week. Prerequisites: For 304-22100, 304-12200 or 304-12600. For 304-22200, passing grade in 304-22100. 3 credits. (304-22100-F, 304-22200-S,Y)
304-22500 Experimental Chemistry II NS LA
Emphasis on synthesis and qualitative analysis, using infrared and nuclear magnetic resonance spectroscopy and various chromatographic techniques. One lecture and one laboratory per week. Prerequisites: 304-12400 (with a grade of C- or better), and 304-22100 prior or concurrent. 2 credits. (F,Y)
304-32400, 304-32500, 304-32600
Experimental Chemistry III, IV, V NS LA
Completion of the unified sequence. Project-oriented experiments to deal with concepts normally found in instrumental analysis, physical, organic, and inorganic laboratory courses. Emphasis on using synthetic techniques, modern analysis by instrumentation, and studies of the physical properties of chemical systems. One lecture and two laboratories per week. Prerequisites: For 304-32400, 304-22500 (with a grade of C- or better), and 304-22200 prior or concurrent. For 304-32500, 304-32400 (with a grade of C- or better), and 304-34200 prior or concurrent. For 304-32600, 304-32400 (with a grade of C- or better), and 304-33100 prior or concurrent, and 304-33200. 3 credits per semester. (304-32400-S, 304-32500-S; 304-32600-F,Y)
304-33100 Physical Chemistry I NS LA
A theoretical interpretation of nature from the macroscopic viewpoint. Includes an introduction to thermodynamics, electrochemistry, and chemical kinetics. Prerequisites: 304-12200 or 304-12600; 313-10800 or 313-11200; and 315-10200 or 315-11800. 3 credits. (F,Y)
304-33200 Physical Chemistry II NS LA
A theoretical interpretation of nature from the microscopic viewpoint. Includes an introduction to the kinetic molecular theory of gases, quantum chemistry, and spectroscopy. Prerequisites: 304-12200 or 304-12600; 313-11200; and 315-11800. 3 credits. (S,Y)
304-34200 Inorganic Chemistry NS LA
Theories of atomic structure and chemical bonding are applied systematically to the elements. Emphasis on thermodynamic, kinetic, and structural considerations of inorganic systems. Three hours of lecture per week. Prerequisites: 304-33100 or concurrent registration in 304-33100. 3 credits. (F,Y)
304-35200 Computer Techniques for Scientists NS LA
An introduction to the ways scientists use computers without writing computer programs. Topics include numerical calculations, statistical analysis of data, information retrieval, and artificial intelligence. Prerequisites: Three courses in 303-xxxxx, 304-xxxxx, or 315-xxxxx. Students should have written at least one program in a language such as BASIC or Pascal. 3 credits. (IRR)
304-35400 Polymer Chemistry NS LA
The synthesis, structure, and properties of polymers, with special emphasis on practical applications in the chemical industry. Topics include sources of chemical raw materials, plastics, fibers, drugs, surface coatings, food chemicals, dyes, and pigments. Specific examples illustrate the scientific basis for the performance of familiar, everyday materials. Prerequisites: 304-22200. 3 credits. (S,Y)
304-35600 Nuclear Magnetic Resonance NS LA
A study of nuclear magnetic resonance and its applications in organic and inorganic chemistry. Topics include basic theory, instrumentation, chemical shift, spin-spin coupling, non-first-order spectra, C-13 spectra, modern pulse FT techniques, and applications to organo-metallics and macromolecules. The course emphasizes spectral interpretation and practical applications, and includes experiments using multi-pulse techniques. Prerequisites: 304-22200. 3 credits. (F,Y)
304-42100 Advanced Organic Chemistry NS LA
Detailed discussion of reaction mechanisms, isotope effects, linear free energy relationships, bonding theories, and advanced synthetic methods. Prerequisites: 304-22200 and 304-33200. 3 credits. (F,Y)
304-42200 Advanced Inorganic Chemistry NS LA
Chemistry of coordination compounds in light of modern theory. The electronic, magnetic, and spectral properties of transition metal complexes are considered with application of group theoretical techniques. Other topics include formation and stability of complex ions, mechanism of reactions of these ions, and complexes of transition metal ions of biological interest. Three hours of lecture per week. Prerequisites: 304-34200. 3 credits. (IRR)
304-44400 Chemical Applications of Group Theory NS LA
The chemical applications of symmetry and group theory, with special emphasis on chemical bonding and spectroscopy. The necessary mathematical underpinnings for this course, including vectors, matrix algebra, and group theory, are presented largely in terms of symmetry operations and related properties of molecules. Prerequisites: 304-34200 and 304-33100. 3 credits. (IRR)
304-48700, 304-48800 Chemistry Seminar NS LA
Series of lectures dealing with current research topics in chemistry and biochemistry presented by the faculty, visitors, and students. Each student is required to present a talk during the semester. One meeting per week. Prerequisites: Permission of department. Pass/fail only. 1 credit per semester. (304-48700-F, 304-48800-S,Y)
304-17100, 304-17200, 304-27100, 304-27200, 304-37100, 304-37200, 304-47100, 304-47200
Undergraduate Instruction in Chemistry NLA
Qualified undergraduates are given opportunities to participate in the department's instructional program, serving as laboratory assistants and/or tutors. Prerequisites: Permission of department. Pass/fail only. 1 credit per semester.
304-18100, 304-18200, 304-28100, 304-28200, 304-38100, 304-38200, 304-48100, 304-48200
Selected Topics in Chemistry NS LA
Course content depends on interests of the registrants and may include informed discussions, outside reading, and either library or laboratory projects. This course may be repeated for credit for selected topics on different subjects. Prerequisites: Permission of instructor. 1-3 credits per semester. (IRR)
304-19100, 304-19200, 304-29100, 304-29200, 304-39100, 304-39200 Research in Chemistry NS LA
After consultation with the faculty of the Department of Chemistry, a research problem is undertaken under the guidance of one or more faculty members. Prerequisites: Permission of department. 1-3 credits per semester.
304-49100, 304-49200 Honors Research in Chemistry NS LA
After consultation with the faculty of the Department of Chemistry, a research problem is undertaken under the guidance of a faculty member. A written report on the results of the research is required. Prerequisites: Admission to chemistry honors program. 3-4 credits per semester.
Chemistry-Engineering Programs |
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These are joint "3-2" programs with the College of Engineering at Clarkson University, Cornell University, and Rensselaer Polytechnic Institute. Students enter Ithaca College as chemistry majors, then take a chemistry sequence plus certain basic courses required by the appropriate engineering program. At the beginning of the fourth year, with the recommendation of the Department of Chemistry and acceptance by the other institution, students transfer to the school of engineering for two more years. At the end of that time, and upon satisfactory completion of their work, they are awarded a bachelor's degree from Ithaca College and the appropriate degree from the other institution. In the event a student does not complete the engineering portion of the program, an Ithaca College degree in chemistry may be awarded if all of the requirements for the Ithaca College major are met, either through Ithaca College courses or appropriate transfer credit, subject to the Ithaca College policies on transfer credit.
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Chemistry 304-12100 or 304-12300, 304-12200 or 304-12600, 304-12400, 304-22100,304- 22200, 304-22500, 304-32400, 304-32500, 304-32600, 304-33100, 304-33200, 304-34200, 304-48700, 304-48800 |
37 |
|
Physics 315-11700, 315-11800, 315-12000, 315-15600, 315-21700 |
14 |
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Math 313-11100, 313-11200, 313-21100, 313-26000, 313-26100 |
20 |
|
Computer science 312-15000 |
4 |
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Electives |
15 |
|
From the school of engineering |
30 |
Total required for degree |
120 |
