Topics include relativistic mechanics, atomic structure, optical and X-ray radiation, radioactivity, fission, fusion, and elementary particle theories. Laboratory experiments emphasize these concepts. Lecture and laboratory.
4 credit hours
Topics include relativistic mechanics, the failures of classical physics, the structure of the atom, and the wave description of matter, including the Schödinger Equation. Lecture
3 credit hours
This is an introduction to the laws of thermodynamics and its application to equilibrium systems, such as ideal gases, phase transformations, solutions and chemical reactions, and elementary statistical mechanics. Lecture.
3 credit hours
Topics include curvilinear coordinates, complex variables, integral transforms, vectors and matrices, special functions, differential equations, and numerical methods as applied to physics. Lecture.
3 credit hours
Study includes intermediate-level experiments in all areas of physics. Students also learn research skills, such as data analysis, literature review, and communication skills. Laboratory.
3 credit hours
Students examine discrete components, including resistors, capacitors, diodes, and transistors, and their applications. Oscilloscopes and other standard laboratory test equipment are used extensively. Integrated circuits are also introduced.
4 credit hours
This is an introduction to mapping and the interpretation of geological structures, with emphasis on the geology of local areas. Included are identification of rocks in the field and methods of recording field observations. Laboratory and field trips.
3 credit hours