Chemistry

CHE 110T Essentials of Chemistry Lecture (3)

An introduction to chemistry for non‑science majors. The course will cover some key topics in chemistry, with emphasis on its impact on society. Three lecture hours per week. Meets SUNY General Education Natural Science category.

Co-requisite: This class must be taken with the laboratory course CHE 110L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 110T and CHE 110L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Exclusions: Students may not receive degree credit for both CHE 110T/L and CHE 130T/L or CHE 131T/L.

 

CHE 110L Essentials of Chemistry Laboratory (1)

Laboratory section to accompany CHE 110T. Application of theoretical material from Essentials of Chemistry Lecture in experimental procedures. Three laboratory hours per week. Meets SUNY General Education Natural Science category.

Co-requisite: This class must be taken with the lecture course CHE 110T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 110T and CHE 110L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Exclusions: Students may not receive degree credit for both CHE 110T/L and CHE 130T/L or CHE 131T/L.

 

CHE 130T Introductory Chemistry I Lecture (3)

First course in two-semester sequence of introductory chemistry for students in the sciences or related programs. Topics include: measurements, forms of matter, stoichiometry, chemical reactions, gases, thermochemistry, atomic structure, structure of the periodic table, chemical bonding and molecular geometry, properties of solids and liquids, and properties of solutions. Three lecture hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Geology, Nutrition Science, Physics, Technology Education.

Co-requisite: This class must be taken with the laboratory course CHE 130L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 130T and CHE 130L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Exclusions: Students may not receive degree credit for both CHE 110T/L and CHE 130T/L.

 

CHE 130L Introductory Chemistry I Laboratory (1)

Laboratory section to accompany CHE 130T. Application of theoretical material from Introductory Chemistry I Lecture in experimental procedures. Three laboratory hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Geology, Nutrition Science, Physics, Technology Education.

Co-requisite: This class must be taken with the lecture course CHE 130T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 130T and CHE 130L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

 

CHE 131T Introductory Chemistry II Lecture (3)

Second course in a two semester sequence of college-level introductory chemistry for students in the sciences or related technology programs. Topics include: periodic patterns in the chemical table, organic compounds, chemical kinetics, equilibria, thermodynamics, electrochemistry, elemental occurrence in nature and usage in industry, coordination compounds and lastly, nuclear chemistry. Three lecture hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Geology, Nutrition Science, Physics.

Co-requisite: This class must be taken with the laboratory course CHE 131L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 131T and CHE 131L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 130T/L

Exclusions: Students may not receive degree credit for both CHE 110T/L and CHE 131T/L.

 

CHE 131 L Introductory Chemistry II Laboratory (1)

Laboratory section to accompany CHE 131T. Application of theoretical material from Introductory Chemistry II Lecture in experimental procedures. Three laboratory hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Geology, Nutrition Science, Physics.

Co-requisite: This class must be taken with the lecture course CHE 131T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 131T and CHE 131L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 130T/L or permission of instructor

Exclusions: Students may not receive degree credit for both CHE 110T/L and CHE 131T/L.

 

CHE 230T Organic Chemistry I Lecture (3)

First course in two semester sequence. Topics include: Bonding and molecular orbital theory, structures of non-conjugated organic compounds, nomenclature, stereochemistry, basic organic reactions, structural determinations via infrared spectroscopy (IR), mass spectrometry (MS), and nuclear magnetic resonance spectroscopy (NMR) and basic synthetic approaches.  Three lecture hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Nutrition Science

Co-requisite: This class must be taken with the laboratory course CHE 230L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 230T and CHE 230L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 131T/L or permission of instructor

 

CHE 230L Organic Chemistry I Laboratory (1)

Laboratory section to accompany CHE 230T. Application of theoretical material from Organic Chemistry I Lecture in experimental procedures. Three laboratory hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Engineering (all), Environmental Science, Nutrition Science.

Co-requisite: This class must be taken with the lecture course CHE 230T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 230T and CHE 230L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisite: CHE 131T/L or permission of instructor

 

CHE 231T Organic Chemistry II Lecture (3)

Second semester of a two semester sequence. Topics include: Conjugated and aromatic organic compounds, ultraviolet/visible spectroscopy, reactions of aromatic compounds, alcohols, thiols, ethers, epoxides, sulfides, aldehydes, ketones, carboxylic acids, reactions of carbonyl compounds, aliphatic and aromatic amines, nomenclature, basic synthetic approaches and an introduction to biological molecules. Three lecture hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Environmental Science.

Co-requisite: This class must be taken with the laboratory course CHE 231L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 231T and CHE 231L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 230T/L or permission of instructor

 

CHE 231L Organic Chemistry II Laboratory (1)

Laboratory section to accompany CHE 231T. Application of theoretical material from Organic Chemistry II Lecture in experimental procedures. Three laboratory hours per week. Meets SUNY Transfer Paths: Biology, Chemistry, Environmental Science.

Co-requisite: This class must be taken with the lecture course CHE 231T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 231T and CHE 231L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 230T/L or permission of instructor

 

CHE 430T Biochemistry I Lecture (3)

First course in a two semester sequence. Topics include: Molecular components of the cell such as amino acids, proteins, enzymes, sugars, lipids, lipoproteins, nucleotides, vitamins and coenzymes. Also covered are energy yielding processes such as the ATP cycle, glycolsis, tricarboxylic acid cycle, the phosphogluconate pathway, redox enzymes and electron transport, oxidative phosphorylation, fatty acid metabolism, amino acid degradation and photosynthesis. Three lecture hours per week.

Co-requisite: This class must be taken with the laboratory course CHE 430L at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 430T and CHE 430L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 231T/L or permission of instructor

 

CHE 430L Biochemistry I Laboratory (1)

Laboratory section to accompany CHE 430T. Application of theoretical material from Biochemistry I Lecture in experimental procedures. Three laboratory hours per week.

Co-requisite: This class must be taken with the lecture course CHE 430T at SUNY Polytechnic in the same semester. Successful completion of both co-requisite lecture and lab courses (CHE 430T and CHE 430L) is required. Should a student need to repeat one co-requisite, they must repeat both co-requisites.

Prerequisites: CHE 231T/L or permission of instructor