Chemistry

Students must be present at the first lab session of a chemistry course to be assured of admission to limited lab spaces.

CHEM 9, Everyday Chemistry    5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences + LAB)

Students enrolling in this course should have math skills equivalent to those entering Math 31. This course does not fulfill the prerequisite for Chemistry 11.

This course serves to fulfill the general education requirements for a laboratory science course. Students who successfully complete this course will understand basic chemical principles and how these principles relate to the world around them. They will also learn various lab techniques, including the safe handling of chemicals and the proper use of laboratory equipment.

1311   11:00a-1:15p MW   SCI 155   Strathearn M D

   8:00a-10:15a M   SCI 332   Strathearn M D

1312   11:00a-1:15p MW   SCI 155   Strathearn M D

   8:00a-10:15a W   SCI 332   Strathearn M D

1313   12:45p-3:00p TTh   SCI 155   Crosby C A

   3:30p-5:45p T   SCI 322   Crosby C A

1314   12:45p-3:00p TTh   SCI 155   Crosby C A

   3:30p-5:45p Th   SCI 322   Crosby C A

CHEM 10, Introductory General Chemistry   5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB) • Prerequisite: Math 31.

*U.C. gives no credit for Chemistry 10 if taken after Chemistry 11.

This is an introductory laboratory course. It introduces principles, laws, and nomenclature of inorganic chemistry and organic chemistry. Chemistry 10 prepares students to take the General Chemistry sequence (Chemistry 11 and Chemistry 12). It additionally serves as a basic chemistry course for the allied health majors (such as nursing and physiology). It also serves to fulfill general education requirements. Students who successfully complete this course will understand basic chemical principles and will have practiced quantitative reasoning and problem solving skills. Students will also have learned various lab techniques, including the safe and competent handling of chemicals and laboratory equipment.

1315   7:45a-10:00a WF   SCI 153   Strathearn G E

   7:45a-10:00a T   SCI 332   Strathearn G E

1316   7:45a-10:00a WF   SCI 153   Strathearn G E

   7:45a-10:00a Th   SCI 332   Strathearn G E

1317   8:00a-10:15a MW   SCI 157   Wong W W

   8:00a-10:15a F   SCI 332   Wong W W

1318   8:00a-10:15a MW   SCI 157   Wong W W

   10:30a-12:45p F   SCI 332   Wong W W

1319   10:30a-12:45p MW   SCI 157   Lavallee R J

   12:45p-3:00p T   SCI 332   Lavallee R J

1320   10:30a-12:45p MW   SCI 157   Lavallee R J

   3:15p-5:30p T   SCI 332   Lavallee R J

1321   10:45a-12:05p MWF   SCI 140   Scholefield M R

   9:00a-11:15a T   SCI 322   Scholefield M R

1322   10:45a-12:05p MWF   SCI 140   Scholefield M R

   12:45p-3:00p T   SCI 322   Scholefield M R

1323   1:00p-2:20p MWF   SCI 157   Scholefield M R

   9:00a-11:15a Th   SCI 322   Scholefield M R

1324   1:00p-2:20p MWF   SCI 157   Scholefield M R

   12:45p-3:00p Th   SCI 322   Scholefield M R

1325   1:00p-3:15p TTh   SCI 153   Baggett V A

   12:30p-2:45p F   SCI 322   Baggett V A

1326   1:00p-3:15p TTh   SCI 153  Baggett V A

   3:00p-5:15p F   SCI 322   Baggett V A

1327   1:30p-3:45p TTh   SCI 157   Sterling G P

   10:15a-12:30p T   SCI 332   Sterling G P

1328   1:30p-3:45p TTh   SCI 157   Sterling G P

   10:15a-12:30p Th   SCI 332   Sterling G P

1329   2:45p-5:00p MW   SCI 157   Lavallee R J

   12:45p-3:00p Th   SCI 332   Lavallee R J

1330   2:45p-5:00p MW   SCI 157   Lavallee R J

   3:15p-5:30p Th   SCI 332   Lavallee R J

1331   3:30p-5:45p MW   SCI 140   Pasternak A M

   1:00p-3:15p F   SCI 332   Pasternak A M

1332   3:30p-5:45p MW   SCI 140   Pasternak A M

   3:30p-5:45p F   SCI 332   Pasternak A M

4075   6:30p-8:45p MW   SCI 153   Von Hungen P K

   6:30p-8:45p T   SCI 322   Von Hungen P K

4076   6:30p-8:45p MW   SCI 153   Von Hungen P K

   6:30p-8:45p Th   SCI 322   Von Hungen P K

4077   6:45p-9:00p TTh   SCI 157   Abbani M A

   6:45p-9:00p W   SCI 332   Abbani M A

4078   6:45p-9:00p TTh   SCI 157   Abbani M A

   6:45p-9:00p M   SCI 332   Abbani M A

4079   7:00p-9:15p MW   SCI 155   Arasasingham P

   7:00p-9:15p T   SCI 332   Arasasingham P

4080   7:00p-9:15p MW   SCI 155   Arasasingham P

   7:00p-9:15p Th   SCI 332   Arasasingham P

CHEM 11, General Chemistry I   5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB) • Prerequisite: Chemistry 10 and Math 20.

Students seeking waiver of the Chemistry 10 prerequisite should take the Chemistry 10 Challenge Exam.

This course is the first semester of a two-semester, standard first year college chemistry course (Chemistry 11 and Chemistry 12). It introduces the fields of physical, organic, and inorganic chemistry. Topics to be discussed include atomic structure, chemical bonding, common types of reactions, stoichiometry, thermochemistry, and the properties of gases, liquids, and solids.

1333   8:00a-10:30a MW   SCI 155   Balm S P

   1:00p-5:00p M   SCI 332   Balm S P

1334   8:00a-10:30a MW   SCI 155   Balm S P

   1:00p-5:00p W   SCI 332   Ferede R

1335   8:30a-11:00a TTh   SCI 153   Merlic J B

   8:00a-12:00p W   SCI 322   Taylor S

1336   8:30a-11:00a TTh   SCI 153   Merlic J B

   8:00a-12:00p F   SCI 322   Canalita L

1337   12:30p-3:00p MW   SCI 140   Schmidt E

   12:30p-4:30p T   SCI 301   Ferede R

1338   12:30p-3:00p MW   SCI 140   Schmidt E

   12:30p-4:30p Th   SCI 301   Schmidt E

1339   12:30p-3:00p MW   SCI 140   Schmidt E

   12:30p-4:30p F   SCI 301   Canalita L

1340   1:00p-3:30p TTh   SCI 140   Walker Waugh M V

   8:30a-12:30p M   SCI 322   Walker Waugh M V

1341   1:00p-3:30p TTh   SCI 140   Walker Waugh M V

   1:00p-5:00p M   SCI 322   Walker Waugh M V

1342   1:00p-3:30p TTh   SCI 140   Walker Waugh M V

   1:00p-5:00p W   SCI 322   Walker Waugh M V

4081   6:30p-9:00p MW   SCI 157   Toumari A

   6:30p-10:30p T   SCI 301   Toumari A

4082   6:30p-9:00p MW   SCI 157   Toumari A

   6:30p-10:30p Th   SCI 301   Walker Waugh M V

CHEM 12, General Chemistry II   5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB) • Prerequisite: Chemistry 11 and Math 2.

This course is a continuation of Chemistry 11. Topics covered include kinetics, equilibrium, acid-base chemistry, precipitation reactions, coordination chemistry, thermodynamics, and electrochemistry.

1343   8:00a-10:30a MW   SCI 140   Nauli S

   7:00a-11:00a T   SCI 301   Nauli S

1344   8:00a-10:30a MW   SCI 140   Nauli S

   12:30p-4:30p W   SCI 301   Nauli S

1345   8:00a-10:30a MW   SCI 140   Nauli S

   7:00a-11:00a Th   SCI 301   Nauli S

1346   8:00a-10:30a TTh   SCI 140   Murphy J E

   8:00a-12:00p M   SCI 301   Murphy J E

1347   8:00a-10:30a TTh   SCI 140   Murphy J E

   8:00a-12:00p W   SCI 301   Murphy J E

1348   8:00a-10:30a TTh   SCI 140   Murphy J E

   8:00a-12:00p F   SCI 301   Murphy J E

1349   2:00p-4:30p WF   SCI 155   Perry T N

   2:00p-6:00p M   SCI 301   Perry T N

4083   6:15p-10:45p T   SCI 140   Martinez H L

   6:15p-10:45p W   SCI 301   Martinez H L

CHEM 21, Organic Chemistry I    5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB) • Prerequisite: Chemistry 12.

This course is a systematic introduction to the chemistry of carbon compounds. It encompasses theory and reactions of hydrocarbons and functional group derivatives. Included are bonding and structure, nomenclature, stereochemistry, synthesis, mechanism, and spectroscopic analysis. The laboratory work focuses on techniques of synthesis, isolation, purification, and analysis.

1350   8:30a-11:00a TTh   SCI 155   Ferede R

   12:45p-4:45p M   SCI 305   Ferede R

1351   8:30a-11:00a TTh   SCI 155   Ferede R

   12:45p-4:45p Th   SCI 305   Ferede R

1352   2:00p-4:30p MW   SCI 153   Anderson Jamey L

   8:00a-12:00p M   SCI 305   Anderson Jamey L

1353   2:00p-4:30p MW   SCI 153   Anderson Jamey L

   7:00a-11:00a T   SCI 305   Anderson Jamey L

CHEM 22, Organic Chemistry II    4 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences) • Prerequisite: Chemistry 21.

Maximum UC credit for Chemistry 22 and Chemistry 24 combined is 5 units.

This course is a continuation of Chemistry 21, with emphasis on the remaining functional groups and types of reactions. Also included is an introduction to the organic chemistry of biochemical compounds. Chemistry 22 includes lecture and discussion. The second semester of organic chemistry laboratory is a separate course, Chemistry 24. Chemistry 21 and 22 constitute two semesters of organic chemistry with one semester of organic chemistry laboratory. Chemistry 21, 22, and 24 constitute two semesters of organic chemistry with two semesters of laboratory.

1354   8:00a-10:30a TTh   SCI 157   Harwig J F

4084   6:30p-9:00p MW   SCI 140   Kline M L

CHEM 24, Organic Chemistry II Laboratory    2 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences lab) • Prerequisite: Chemistry 21.

Maximum UC credit for Chemistry 22 and Chemistry 24 combined is 5 units.

This course is the second semester of organic chemistry laboratory. The laboratory work involves microscale and miniscale synthesis, structure determination, investigation of reaction mechanism, and qualitative analysis. The lectures will discuss the theory and techniques that relate to the experiments that are performed, including NMR, IR, organic qualitative analysis, and various methods of analysis, separation, and purification of mixtures. Maximum UC credit for Chemistry 22 and Chemistry 24 combined is 5 units.

1355   8:00a-1:05p W   SCI 305   Harwig J F

1356   8:00a-1:05p F   SCI 305   Harwig J F

1357   1:00p-6:05p T   SCI 305   Kline M L

4085   5:30p-10:35p Th   SCI 305   Kline M L

CHEM 31, Biochemistry I    5 units

Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB) • Prerequisite: Chemistry 22.

This course is a survey of biochemistry, introducing the student to the structures and functions of important classes of biochemical compounds as well as to the central reactions of metabolism. The main topics include the structure and function of proteins, carbohydrates and lipids, the catalysis, kinetics and regulation of enzymes, the reactions of glycolysis, the citric acid cycle, electron transport/oxidative phosphorylation, and gluconeogenesis. The laboratory section of the course provides an introduction to biochemistry lab procedures including titration, peptide analysis, spectroscopy, spectrophotometry, column chromatography, gel-electrophoresis, the kinetic analysis of enzyme-catalyzed reactions, and internet based informatics tools.

1358   11:15a-1:45p MW   SCI 153   Schwyter D H

   2:30p-6:30p W   SCI 305   Schwyter D H

1359   11:15a-1:45p MW   SCI 153   Schwyter D H

   7:00a-11:00a Th   SCI 305   Schwyter D H

PHYSCS 88B, Independent Studies in Physical Science    2 units

Transfer: CSU

2817   Arrange-2 Hours        Ferede R

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