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All <strong>LACC</strong> pre-nursing students must complete Chemistry 60 or Chemistry<br />

68 with a satisfactory grade to satisfy the chemistry requirement for the<br />

<strong>LACC</strong> Nursing Program. Chemistry 51 does not satisfy the <strong>LACC</strong> Nursing<br />

chemistry requirement.<br />

CHEMISTRY 51<br />

Fundamentals of Chemistry I<br />

5 UNITS - (UC:CSU)<br />

Advisory: Mathematics 115 or one year of high school algebra.<br />

Lecture 3 hours. Laboratory 4 hours.<br />

Chemical phenomena, methodology, and theory are studied in the context<br />

of social, political, and economic issues. Fundamental chemical principles<br />

are developed and applied within the study of selected instructional modules,<br />

such as atmospheric gases, acid rain, nuclear fission, solar energy,<br />

drugs, and nutrition. The laboratory component gives students experience<br />

in the general procedures used by chemists and the ncertainty involved in<br />

operations.<br />

CHEMISTRY 60<br />

Introduction to General Chemistry<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Mathematics 115 or appropriate score on the placement<br />

assessment.<br />

Advisory: Eligibility for English 28/31. See “Chemistry Enrollment<br />

Information.<br />

Lecture 3 hours. Laboratory 4 hours.<br />

A general basic chemistry course with laboratory, emphasizing fundamental<br />

principles of inorganic and physical chemistry, nomenclature of inorganic<br />

compounds, ionic and covalent bonding, problem solving, gas laws and<br />

solutions. This course serves as preparation for Chemistry 101, and meets<br />

the IGETC and CSU general education requirements for physical science<br />

with<br />

CHEMISTRY 68<br />

Preparation for General Chemistry<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Math 115 or appropriate score on the placement assessment<br />

Advisory: Eligibility for English 28/31. See “Chemistry Enrollment<br />

Information.”<br />

Lecture 3 hours. Conference 2 hours. Laboratory 4 hours.<br />

A general basic chemistry course with laboratory and conference sections,<br />

emphasizing fundamental principles of inorganic and physical chemistry,<br />

nomenclature of inorganic compounds, ionic and covalent bonding, problem<br />

solving, gas laws and solutions. This course serves as preparation for<br />

Chemistry 101, and satisfies the IGETC and CSU general education requirements<br />

for physical science with laboratory.<br />

CHEMISTRY 101<br />

General Chemistry I<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Chemistry 60 or 68 and Mathematics 125<br />

Advisory: English 28.<br />

Students who have not completed Chemistry 60 or 68 or the equivalent<br />

are required to pass the chemistry readiness examination prior to<br />

enrolling in Chemistry 101. See “Chemistry Enrollment Information.”<br />

Lecture 3 hours. Laboratory 4 hours. Conference 2 hours.<br />

Lecture topics include nomenclature, atomic structure, quantum theory,<br />

bonding theories and molecular geometry, chemical equations,<br />

stoichiometry, thermochemistry, solid, liquid and gaseous states and<br />

related forces, gas laws, solutions and colligative properties, periodic<br />

relationships, and acid base theories. Laboratory exercises are<br />

quantitative in nature and are related to the lecture topics<br />

LOS ANGELES CITY COLLEGE 80TH ANNIVERSARY CATALOG 2008-2009<br />

CHEMISTRY 102<br />

General Chemistry I<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Chemistry 101 and Mathematics 125<br />

Advisory: English 28/31.<br />

Lecture 3 hours. Laboratory 4 hours. Conference 2 hours.<br />

Lecture topics include chemical kinetics, general and ionic equilibria, thermodynamics,<br />

electrochemistry and redox reactions, structure and bonding in transition<br />

metal complexes and carbon compounds.<br />

Laboratory topics include reaction kinetics, equilibrium constant determination,<br />

chemical and spectroscopic methods of qualitative and quantitative analysis,<br />

potentiometric titration techniques, and electrochemistry for both organic and<br />

inorganic systems.<br />

CHEMISTRY 211<br />

Organic Chemistry for Science Majors I<br />

5 UNITS - (UC:CSU)<br />

Prerequisites: Chemistry 102.<br />

Advisory: English 28/31.<br />

Lecture 3 hours. Laboratory 4 hours. Conference 2 hours.<br />

Introduces the structure, nomenclature and reactions and properties of organic<br />

compounds. Introduces spectroscopy as applied to organic compounds.<br />

Preparation and isolation of organic compounds and determination of physical<br />

properties are studied in the laboratory.<br />

CHEMISTRY 212<br />

Organic Chemistry for Science Majors II<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Chemistry 211.<br />

Advisory: English 28/31.<br />

Lecture 3 hours. Laboratory 4 hours. Conference 2 hours.<br />

Introduces the structure, reactions, nomenclature and properties of organic<br />

compounds, and spectroscopic techniques. Laboratory work includes the<br />

synthesis of compounds, the use of spectroscopy and the determination of<br />

compound identity based on properties and reactions.<br />

CHEMISTRY 221<br />

Biochemistry for Science Majors<br />

5 UNITS - (UC:CSU)<br />

Prerequisite: Chemistry 211.<br />

Lecture 3 hours. Laboratory 4 hours. Conference 2 hours.<br />

This course is intended as a preparation for careers in the physical and biological<br />

sciences, medical and dental professions, veterinary and agricultural<br />

science, nutrition and food chemistry, and related fields. Topics relate to the<br />

chemistry and metabolism of biological compounds and include discussion of<br />

proteins, lipids, carbohydrates and nucleic acids. Laboratory work includes<br />

electrophoresis, chromatography, spectroscopy, and enzyme purification and<br />

kinetics.<br />

CHEMISTRY 185 Directed Study - 1 UNIT (CSU) (RPT2)<br />

CHEMISTRY 285 Directed Study - 2 UNIT (CSU)<br />

CHEMISTRY 385 Directed Study - 3 UNIT (CSU)<br />

Prerequisite: Chemistry 102<br />

Students pursue Directed Study in Chemistry on a contract basis under the<br />

direction of a supervising instructor. Laboratory and literature research is<br />

performed.<br />

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