Prerequisites: Algebra (Math SAT I score of 600 or permission of the instructor for first-year students).
Corequisites: Lecture and laboratory must be taken together unless permission of the instructor is given. Laboratory fee: $28. Lecture: TuTh 9:10-10:25; Lab lecture and laboratory one afternoon: MTWRF: 1:10-5:00.

Atoms; elements and compounds; gases; solutions; equilibrium; acid-base, precipitation, and oxidation-reduction reactions; thermochemistry. Laboratory experience with both qualitative and quantitative techniques.

Prerequisites: CHEM BC3230. Lecture: MWF 10:00-10:50; Problem section: Tu 12:00-12:50.

Extension of concepts from Organic Chemistry I to conjugated systems; chemistry of the carbonyl group; NMR and IR spectroscopy; bioorganic chemistry.

Prerequisites: Physics and Calculus II or III or permission of instructor. Lecture: MWF 11:00-11:50. Problem section: M 12:00-12:50.

Exact and approximate solutions to the Schr�dinger equation. The structure of atoms and molecules. Chemical bonding and spectroscopy. Computer-based molecular modeling.

Prerequisites: CHEM BC3231 or Permission of Instructor. Lecture: TuTh 9:10-10:25. Problem section: W 12:00-12:50.

Structure, bonding and spectroscopy in inorganic compounds: applications of group theory to chemistry; ligand field theory; vibrational and electronic spectroscopy of transition metal complexes; selected topics from coordination chemistry, organometallics, bioinorganic chemistry, solid state and materials chemistry, mineralogy, and biogeochemistry.

Prerequisites: CHEM BC3328 with a grade of C- or better and CHEM BC3230.
Corequisites: CHEM BC3231. Laboratory fee: $35. Lecture: Th 12:00-12:50; Laboratory one afternoon: M, Tu, or Th 1:10-5:30.

Advanced experimental organic techniques and introduction to qualitative and quantitative organic analysis. Emphasis on instrumental and chromatographic methods. Selected reactions.

Prerequisites: CHEM BC3328 with a grade of C- or better and CHEM BC3230.
Corequisites: CHEM BC3231. Laboratory fee: $35. Lecture: Th 12:00-12:50; Laboratory two afternoons: TuTh 1:10-5:30.

Identical to CHEM BC3333, with additional preparative experiments and an independent synthesis project.

Prerequisites: CHEM BC3333. Laboratory one afternoon: M, Tu, or Th 1:10-5:30.

Prerequisites: Organic II lab (CHEM BC3333, BC3335, or equivalent) and quantitative analysis lab (BC3338, BC3340, or equivalent).
Corequisites: Biochemistry (CHEM BC3282, CHEM C3501, or equivalent). Laboratory fee: $45. Lecture: Tu 1:10-2:00; Laboratory two afternoons: Tu 2:00-6:00 and Th 1:10-5:00.

Fundamental techniques, including colorimetric assays, SDS-PAGE, IEX chromatography, and enzyme kinetics, used to isolate and characterize various classes of biological molecules such as nucleotides, proteins, lipids, and carbohydrates. Theory and application of modern laboratory instrumentation, such as UV-Vis, GC-MS, and HPLC in the analysis of biological systems.

Prerequisites: Same as CHEM BC3355.
Corequisites: Laboratory fee: $35. Lecture: Tu 1:10-2:00; Laboratory: Tu 2:00-6:00 plus occasionally Th 1:10-5:00.

Similar to CHEM BC3355, with experiments modified to be accomplished in one laboratory period per week.

Prerequisites: CHEM BC3252 and CHEM BC3338 or equivalent.
Corequisites: Laboratory fee: $35. Lecture: Tu 12:00-12:50; Laboratory: MW 1:10-5:00.

Experiments in kinetics, thermodynamics, and electrochemistry using instrumental methods; preparation and characterization of inorganic compounds; solids; some computer applications.

Prerequisites: CHEM BC3333 or CHEM BC3338 and permission of instructor. Laboratory fee: $25. 4 hours of laboratory work by arrangement.

Individual research projects at Barnard or Columbia.

Prerequisites: CHEM BC3333 and CHEM BC3338. Mandatory pass/fail grading. Permission of instructor (a Barnard professor who will act as liaison) is required.

Individual research projects at other institutions.

Prerequisites: CHEM BC3333 and CHEM BC3338. Permission of instructor. Laboratory fee: $35.

Individual research projects at Barnard or Columbia. 8 hours of laboratory work by arrangement.

Guided research in Chemistry or Biochemistry, under the sponsorship of a faculty member, leading to the senior thesis. Weekly seminar F 2:10-4:00 and 8 hours research to be arranged.

Prerequisites: High school algebra and geometry. Designed as an introduction to more advanced work for students with little background in chemistry or weak problem-solving skills. Students who receive a D in Chemistry 2001x may subsequently take CHEM BC1002 without forfeiting credit for 2001x. Does not count toward laboratory science general education requirement. Enrollment limited to 30. Lecture: MWF 10:00-10:50.

Introduction to the fundamental concepts of chemistry from an electronic and molecular perspective as well as the macroscopic behavior of matter.

Prerequisites: CHEM BC2001 or permission of the instructor. Students who have completed CHEM BC3230 or its equivalent may not subsequently receive credit toward the degree for CHEM BC2002. Laboratory fee: $28. Lecture: TuTh 9:10-10:25; Lab lecture and laboratory: M 1:10-5:00.

Kinetics and mechanisms of chemical reactions; nuclear chemistry and radioactivity; atomic and molecular structure; selected topics in environmental chemistry, organic chemistry, and biochemistry.

Prerequisites: General Chemistry I with laboratory.
Corequisites: General Chemistry II lectures or equivalent and permission of instructor. Laboratory fee: $28. Lab lecture and laboratory: M 1:10-5:00.

Laboratory portion of CHEM BC2002.

Prerequisites: CHEM BC2001 or equivalent with a grade of C or better, or CHEM BC2001 and CHEM BC2002 or equivalent. Credit will not be given for any course below the 3000 level after completing CHEM BC3230 or its equivalent. Lecture: TuTh: 9:10-10:25; Problem section: F 12:00-12:50.

Atomic and molecular structure; stereochemistry of organic molecules; introduction to organic reactions and reaction mechanisms.

Prerequisites: Organic Chemistry I. Optional parallel laboratory work: CHEM BC3338. CHEM C1404 is not an acceptable equivalent for CHEM BC3232. Lecture: MWF 10:00-10:50.

Selected aspects of general chemistry, primarily for pre-health professions and biological science students who have taken Organic Chemistry. Thermodynamics, equilibrium, kinetics, complex ions and coordination compounds, and radiochemistry, with applications to analytical chemistry and biochemistry.

Prerequisites: CHEM BC3231, Physics I (Mechanics), and Calculus II or III. Lecture: MWF 10:00-10:50. Problem section: F 12:00-12:50.

Introduction to the laws of thermodynamics; application primarily to ideal systems. Free energy and equilibrium. Kinetics: rate laws and mechanisms, experimental techniques.

Prerequisites: CHEM BC3252, BC3253. Lecture: MWF 11:00-11:50. Problem section: M 12:00-12:50. Not offered Spring 2010.

Topics in physical chemistry selected from the following: thermodynamics of real systems, activities; electrochemistry; transport properties; kinetic theory of gases; elementary statistical thermodynamics; radiochemistry; solids and crystallography.

Prerequisites: One year of organic chemistry. Lecture: MWF 11:00-11:50. Problem section: TBA.

Survey of topics in structural, mechanistic, and synthetic organic chemistry, including molecular orbital treatment of structure, bonding, and chemical reactivity; elucidation of organic reaction mechanisms; pericyclic reactions; stereoelectronic effects; asymmetric reactions; and natural product total synthesis.

Prerequisites: One year of organic chemistry, one year of biology. Lecture: MWF 9:00-9:50. Problem section: W 12:00-12:50.

Introduction to biochemical building blocks, macromolecules, and metabolism. Structures of amino acids, lipids, carbohydrates, nucleic acids. Protein structure and folding. Enzyme mechanisms, kinetics, allostery. Membranes. Protein and genetic engineering. Catabolism and anabolism with emphasis on chemical intermediates, metabolic energy, catalysis by specific enzymes, regulation.

Prerequisites: General Chemistry I with lab.
Corequisites: CHEM BC3230 or equivalent. Laboratory fee: $35. Lecture and laboratory one afternoon: MTWRF: 1:10-5:30.

Basic techniques of experimental organic chemistry. Principles and methods of separation, purification, and characterization of organic compounds. Selected organic reactions.

Prerequisites: General Chemistry with lab, Organic I lab.
Corequisites: For students not majoring in chemistry or biochemistry: CHEM BC3232 or CHEM BC3252. Laboratory fee: $35. Lecture: Tu 1:10-2:00; Laboratory one afternoon: Tu 2:00-6:00 or Th 1:10-5:00.

Quantitative techniques in volumetric analysis, radiochemistry, spectrophotometry, and pH measurement. Data analysis with spreadsheets.

Prerequisites: General Chemistry with lab, Organic I lab.
Corequisites: For students not majoring in chemistry or biochemistry: CHEM BC3232 or CHEM BC3252. Laboratory fee: $35. Lecture: Tu 1:10-2:00; Laboratory two afternoons: Tu 2:00-6:00 and Th 1:10-5:00.

Identical to CHEM BC3338, but with a greater variety and number of experiments.

Prerequisites: CHEM BC3338. Laboratory one afternoon: Tu 2:00-6:00 or Th 1:10-5:00.

Prerequisites: CHEM BC3253 and CHEM BC3338 or equivalent. Laboratory fee: $35. Lecture: Tu 12:00-12:50; Laboratory: MW 1:10-5:00.

Experiments in spectroscopy: UV-Vis, fluorescence, Raman, infrared.

Readings, discussions, and presentations about contemporary research in chemistry and biochemistry. Th 10:35-12:25.

Prerequisites: CHEM BC3333 or CHEM BC3338 and permission of instructor. Laboratory fee: $25. 4 hours of laboratory work by arrangement.

Individual research projects at Barnard or Columbia.

Prerequisites: CHEM BC3333 and CHEM BC3338. Mandatory pass/fail grading. Permission of instructor (a Barnard professor who will act as liaison) is required.

Individual research projects at other institutions.

Prerequisites: CHEM BC3333 and CHEM BC3338. Permission of instructor. Laboratory fee: $35.

Individual research projects at Barnard or Columbia. 8 hours of laboratory work by arrangement.

Guided research in Chemistry or Biochemistry, under the sponsorship of a faculty member, leading to the senior thesis. Weekly seminar F 2:10-4:00 and 8 hours research to be arranged.

Prerequisites: CHEM BC 3252, Math V 1101 or Math V 1102, BC 1502 highly recommended.

Literature based course on the fundamental concepts of biophysical chemistry and key experimental techniques used in the investigation of biological macromolecules. Primary emphasis is on nucleic acids and proteins and the forces that govern their structure and behavior. Readings will be taken from textbooks and primary literature.