100

Principles of inorganic chemistry are covered including atomic structure, chemical bonds, states of matter, chemical reactions and nature of compounds, solutions, reaction rates, chemical equilibrium, electrolytes, nuclear processes and applications of the laws of physics where applicable.

This lab illustrates the principles studied in CHEM 10100. Required of students registered for CHEM 10100.

This class is a continuation of CHEM 10100.

This lab illustrates the principles studied in CHEM 10300. Required of students registered in CHEM 10300.

This course is a survey of principles of organic and biochemistry, particularly as they relate to the health sciences. Areas studied include aliphatic and aromatic hydrocarbons, alcohols and ethers, aldehydes and ketones, carboxylic acids and derivatives, carbohydrates, lipids, proteins, nucleic acids and enzymes. The courses is required of Nursing majors.

This introduction to Chemistry for students in the humanities, social sciences or communication arts presents some of the findings from the wide variety of fields in Chemistry to people who have remained isolated from these developments.

This course introduces students to some common chemical hazards, as well as to the EPA, OSHA, NFPA and other federal and state agencies regulating these hazards.

This course for non-majors focuses on the basic concepts of Chemistry as applied to the environment.

IAI: P1 902

For non-majors this course introduces elementary topics in Chemistry with applications in society.

The general course is based on physical principles, with an emphasis on kinetic theory and elementary thermodynamics as applied to gas behavior, heats of reaction and bond energy. Concepts covered include elementary quantum mechanics as applied to spectral phenomena, periodicity and bonding theory.

IAI: P1 902

This course provides a study of quantitative applications of topics covered in CHEM 11000.

IAI: P1 902L

The Chemistry of Mind-Altering Drugs course explores how drugs influence the human mind and describes the chemistry of psychoactive drugs, including substances of abuse. Separate chapters are dedicated to alcohol and tobacco, while other chapters include narcotics, sedative-hypnotic drugs, psychotherapeutic drugs, stimulants such as cocaine, caffeine and amphetamines/methamphetamines, marijuana, hallucinogens and over-the-counter drugs. Pharmacology and physiology of drug use are explored, as well as motivations for drug use, drugs and the law, substance abuse treatment and drug prevention and education.

Students explore solution theory, electrochemistry and redox theory, chemical equilibrium, acid-base theories, elementary chemical kinetics, radiochemistry and transition metal complexes.

This laboratory stresses quantitative aspects of topics treated in CHEM 11500.

This course provides the student with an overview of the two semester sequence.   Concepts covered include elementary quantum chemistry, periodicity, bonding theory, solution chemistry, electrochemistry, redox theory, chemical equilibrium, acid-base theories, thermodynamics, and kinetics.

This overview of organic chemistry that covers all of the primary families and their functional groups, some members in each family, and some basic reactions that are of interest in each family.

This course is designed to introduce students to the chemical aspects of criminal investigation and analytical practices used in gathering evidence found at a crime scene. Studies will include the chemistry of and instrumentation used in drug identification, arson, ballistics, paint, fiber, glass, and other evidence that can be identified from chemical residue.

IAI: P1 902

This course provides a laboratory experience and quantitative applications of the concepts and topics learned in the lecture course CHEM 12200.

IAI: P1 903L