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Chemistry (B.A.)

Bachelor of Arts or Bachelor of Science

The Bachelor of Arts (B.A.) degree in chemistry is often selected by those preparing for the medical or paramedical professions. The B.A. stresses the biological aspects of chemistry. 

The Bachelor of Science (B.S.) degree is designed for students who plan to enter industry or to pursue graduate study in chemistry. The B.S. option places a greater emphasis on mathematics and its scientific applications.

Either degree is quite appropriate for students intending to teach in secondary school:

Upon graduating, students majoring in chemistry will have:

  • Developed a high level of problem solving ability, particularly with respect to laboratory problems
  • Prepared chemical solutions independently
  • Worked independently in lab
  • Observed and collected data
  • Possessed an extensive knowledge base in the areas of inorganic, organic, physical, analytical and biochemistry
  • Demonstrated an ability to communicate scientific information in a written format in a coherent fashion
  • Demonstrated an ability to present scientific information to a public
  • Demonstrated knowledge of the organization of scientific literature and ability to collect and organize such information
  • Possessed a historical appreciation for some of the major developments in the field
  • Conducted independent research under the mentorship of a faculty member and/or worked as an assistant in the preparation and delivery of courses in the chemistry laboratory

Core Chemistry (B.A.) Courses

CHEM 111 - Principles of Chemistry I

A presentation of the basic principles of chemistry including stoichiometry, thermochemistry, atomic and molecular properties, and properties of gases, liquids and solids. Read more »

CHEM 111L - Principles of Chemistry Laboratory I

An introduction to experimental chemical methods of synthesis and characterization by quantitative and qualitative procedures. Experiments will include investigations of stoichiometry, gas properties and calorimetry. Read more »

CHEM 112 - Principles of Chemistry II

A utilization of the basic principles of chemistry learned in CHEM 111 in complex chemical systems. Included are solution properties, thermodynamics, kinetics, equilibrium and descriptive inorganic chemistry. Read more »

CHEM 112L - Principles of Chemistry Laboratory II

An introduction of experimental chemical methods of synthesis and characterization by quantitative and qualitative procedures. Experiments will include investigations of acids and bases, redox reactions, equilibrium and kinetics. Read more »

CHEM 235 - Quantitative Analysis

This integrated lecture and laboratory course in analytical chemistry develops the theory and experimental procedures necessary to determine exact amounts of analytes present in commonly occurring situations. Read more »

CHEM 301 - Instrumental Analysis

An integrated lecture and laboratory experience, this course will focus on the use of modern instrumentation for chemical analysis. The theory and practice of common modes of chemical separations are examined along with various forms of spectroscopy culminating in an integrated hands-on study using gas chromatography-mass spectrometry. Read more »

CHEM 337 - Organic Chemistry I

An examination of the structures, properties and reactions of aliphatic hydrocarbons, alcohols and ethers. General reaction mechanisms and stereochemistry are also discussed. Read more »

CHEM 337L - Organic Chemistry Laboratory I

Experimental work involving the synthesis, separation and identification of organic compounds, including the use of gas-liquid chromatography. Read more »

CHEM 338 - Organic Chemistry II

An examination of the structures, properties and reactions of aromatic compounds and organic compounds containing oxygen, nitrogen and sulfur. Biological applications and multistep synthesis are also studied. Read more »

CHEM 338L - Organic Chemistry Laboratory II

A continuation of CHEM 337L, spectrophotometric methods are included. Read more »

CHEM 339 - Inorganic Chemistry

A study of inorganic systems including atomic structure, bonding theories, acid-base phenomena, transition-metal chemistry, periodicity and solvent systems. Read more »

CHEM 442 - Biochemistry I

A study of the molecules found in living organisms, emphasizing the relationship of their structure to their function. Also examined are the methods used to separate and characterize these molecules. Read more »

CHEM 442L - Biochemistry I Laboratory

Experimental treatment of topics covered in CHEM 442. Read more »

CHEM 443 - Biochemistry II

A study of the major metabolic pathways in the body with emphasis on the regulation of such pathways and the relationship among various pathways. Also explored are some of the practical applications of biochemical studies in the treatment and diagnosis of bodily dysfunction. Read more »

CHEM 445 - Physical Chemistry I

A study of the theoretical treatment of the physical processes which govern chemical behavior. Topics include thermodynamics and equilibrium. Read more »

CHEM 445L - Physical Chemistry Laboratory I

CHEM 445L Physical Chemistry Laboratory I 1 sem. hr. Experimental treatment of those topics which are covered in CHEM 445. Read more »

MATH 200 - Elementary Statistics

An introduction to the theory and applications of statistics intended for students in business, nursing and the social sciences, but also recommended for students in the liberal arts. Topics include measures of central tendency and variability, probability distributions, confidence intervals, hypothesis testing, linear regression, correlation, analysis of variance and nonparametric statistics. This course is not open to those in a mathematics major. Prerequisite: MATH 10 or recommendation of the department chairperson based upon mathematics assessment Read more »

PHYS 121 - Basic Physics I

An introductory physics course for students of moderate mathematical ability. Topics include vectors, motion, force, energy, momentum, mechanical waves, oscillations, fluids and thermal physics. Recommended for pre-medics, pre-dental, biology majors, psychology majors, medical technologists and liberal arts students interested in science. An elementary understanding of algebra and trigonometry is required. Three lectures, one lab. Read more »

PHYS 122 - Basic Physics II

A continuation of PHYS 121. Topics include electricity, magnetism, circuits, optics, relativity, quantum physics, atomic physics and nuclear physics. Three lectures, one lab. Prerequisite: PHYS 121 Read more »

Additional Program Requirements

MATH 219 is recommended.

Students with a chemistry major must also take a total of three one-hour courses via the "Research Track" (CHEM 05 IS, 13 IS & 35 IS) or the "Academic Track" (CHEM 04 IS, 35 IS & 36 IS).

NOTE: All chemistry lab courses include a fee for supplies which is billed at the time of registration.