Chemistry Program

4 Units
(CAN CHEM6) Degree Appropriate, CSU, UC
CHEM 10 + 20 = CAN CHEM SEQ B
54 hours lecture.
72 hours lab.
Prerequisite: MATH 51 or MATH 59 or one year of high school algebra
(C or better)
Principles of inorganic chemistry including measurements, structure,
nomenclature, reactions, radioactivity, energy, properties of matter,
acids/bases and solutions. For Allied Health majors such as nursing,
dental hygiene, radiation technology. Completion does not give
eligibility for CHEM 50.

5 Units
(CAN CHEM 8) Degree Appropriate, CSU, UC
CHEM 10 + 20 = CAN CHEM SEQ B
54 hours lecture.
108 hours lab.
Prerequisite: CHEM 10 or CHEM 40
Nomenclature, structure, function and reactions of major classes of organic
compounds and of biomolecules, including amino acids, lipids, carbohydrates,
nucleic acids and proteins. Structure and function of vitamins,
coenzymes and enzymes. Metabolic pathways and biochemical energy.

4 Units
54 hours lecture. Degree Appropriate, CSU, UC
72 hours lab.
Prerequisite: MATH 51 or MATH 59 or one year of high school algebra
(“C” or better)
Advisory: Eligibility for ENGL 1A
Introduction to measurements, structure and properties of matter,
writing/balancing equations, stoichiometry, properties and behavior of
gases, and properties of solutions. For science/ engineering majors
preparing for admission into General Chemistry (CHEM 50.)

5 Units
(CAN CHEM 2) Degree Appropriate, CSU, UC
CHEM 50 + 51 = CAN CHEM SEQ A
54 hours lecture.
108 hours lab.
Prerequisite: (1) One year high school chemistry with minimum
“C” grade each semester; (2) Satisfactory score on Chemistry
Placement Examination; (3) Grade of “C” or better in second-year
algebra (may not be taken concurrently with CHEM 50.) Successful
completion of CHEM 40 will satisfy the first and second prerequisites.
Topics in general chemistry such as scientific method, measurements,
nomenclature, formulas and equations, reaction patterns, stoichiometry,
thermodynamic processes, periodic trends, atomic structure, molecular
bonding and geometry, properties of gases, liquids, solids and solutions.
Emphasis is on critical thinking and mathematical problem-solving
using dimensional analysis. Hands-on laboratory experiments use
computer and calculator-based technologies in data acquisition and
analysis. Introduces techniques of scientific writing.

5 Units
54 hours lecture. Degree Appropriate, CSU, UC
108 hours lab.
Prerequisite: Acceptance into the Honors Program. Also, (1) one year
high school chemistry with minimum “C” grade each semester;
(2) satisfactory score on Chemistry Placement Test; (3) grade of
“C” or better in second-year algebra (may not be taken concurrently
with CHEM 50H). Successful completion of CHEM 40 will satisfy the
first and second prerequisites.
Topics in general chemistry such as scientific method, measurements,
nomenclature, formulas and equations, reaction patterns, stoichiometry,
thermodynamic processes, periodic trends, atomic structure, molecular
bonding and geometry, properties of gases, liquids, solids and solutions.
Emphasis is on critical thinking and mathematical problem-solving
using dimensional analysis. Hands-on laboratory experiments use
computer and calculator-based technologies in data acquisition and
analysis. Introduces techniques of scientific writing. An honors course
designed to provide an enriched experience. Students may not receive
credit for both CHEM 50 and CHEM 50H.

5 Units
(CAN CHEM 4) Degree Appropriate, CSU, UC
CHEM 50 + 51 = CAN CHEM SEQ A
54 hours lecture.
108 hours lab.
Prerequisite: CHEM 50 or CHEM 50H
The application of the laws, theories and principles presented in
CHEM 50 to a variety of chemical systems. Topics include kinetics,
equilibrium, thermodynamics, acid-base and oxidation-reduction
reactions, transition metals, electrochemistry and nuclear chemistry.
Emphasis is on critical thinking and mathematical problem-solving.
Laboratory experiments use computer and calculator-based
technologies in data acquisition and analysis.

5 Units
54 hours lecture. Degree Appropriate, CSU, UC
108 hours lab.
Prerequisite: CHEM 51
Techniques of gravimetric, volumetric and instrumental analysis.
Precision in measurements, computations, accurate record keeping
and report writing. General procedures, skills, methods, practices,
philosophies, terminologies and ethics found in industrial, governmental
and academic laboratories.

5 Units
54 hours lecture. Degree Appropriate
108 hours lab.
Prerequisite: CHEM 51
Introduction to a variety of instruments used in chemical industries.
Includes theory, hands-on experience and basic maintenance of
chemical instrumentation.

5 Units
54 hours lecture. Degree Appropriate, CSU, UC
108 hours lab.
Prerequisite: CHEM 51
Designed for chemistry, biochemistry, chemical engineering and biology
majors; also for those in pre-professional programs such as medicine,
veterinary medicine, dentistry, optometry and pharmacy.
Structure/reactivity relationships, energetics, reactions, reaction
mechanisms, synthesis, separation, characterization and spectroscopic
methods for organic compounds. To ensure that all content material is
covered, it is recommended that students complete the entire one-year
sequence at one campus prior to transfer.

5 Units
54 hours lecture. Degree Appropriate, CSU, UC
108 hours lab.
Prerequisite: CHEM 80
Continuation of CHEM 80. Designed for chemistry, biochemistry,
chemical engineering and biology majors; also for those in preprofessional
programs such as medicine, veterinary medicine, dentistry,
optometry and pharmacy. Structure/reactivity relationships, energetics,
reactions, reaction mechanisms, synthesis, separation, characterization
and spectroscopic methods. Structure, synthesis and representative
reactions of carbohydrates, lipids and proteins.

3 Units
36 hours lecture. Degree Appropriate
54 hours lab.
Prerequisite: CHEM 10 or one year of high school chemistry (C or better)
A survey of chemical laboratory professional and ethical responsibilities,
aspects of environmental health and safety, safe handling of chemicals,
data collection, data presentation, and strategies for quality
improvement. Group projects and case studies will be used to illustrate
specific aspects of the course. May include field trips

2 Units
36 hours lecture. Degree Appropriate, CSU
Prerequisite: CHEM 50
Fundamental theories of industrial chemical processing. Includes mass
transfer, heat transfer, real time instrument measurement, water
treatment, materials of construction and corrosion, separation by
solubility, distillation, mixing systems and chemical reactions.

1 Unit
(May be taken four times for credit.) Degree Appropriate
(May be taken for Credit/No Credit only.)
75 hours lab.
Prerequisite: Compliance with Work Experience regulations as designated
in the College Catalog
Provides Chemistry Technology students with actual on-the-job
experience in an approved work setting which is related to classroom
instruction. A minimum of 75 paid or 60 non-paid clock hours per
semester of supervised work is required for each unit of credit. It is
recommended that the hours per week be equally distributed
throughout the semester. Students who repeat this course will improve
skills through further instruction and practice.

2 Units
(May be taken four times for credit.) Degree Appropriate
(May be taken for Credit/No Credit only.)
150 hours lab.
Prerequisite: Compliance with Work Experience regulations as designated
in the College Catalog
Provides Chemistry Technology students with actual on-the-job
experience in an approved work setting which is related to classroom
instruction. A minimum of 75 paid or 60 non-paid clock hours per
semester of supervised work is required for each unit of credit. It is
recommended that the hours per week be equally distributed
throughout the semester. Students who repeat this course will improve
skills through further instruction and practice.