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Course Criteria
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3.00 Credits
Offered Periodically Offers opportunities to continue the exploration of the religious and nonreligious outlooks found in PHIL 2050, as well as other perspectives on reality, especially as found in contemporary thought.
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3.00 Credits
Offered On Demand Provides opportunities for detailed study of selected topics, thinkers, or periods.
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3.00 Credits
Offered Periodically Contents to be selected by student and instructor to include student’s reflections on: (1) the totality of the student’s study of philosophy, (2) how the major comes together as a whole, (3) how it is integrated into the student’s entire academic program, and (4) how it relates to the student’s life. Prerequisite: Senior standing and Philosophy major.
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3.00 Credits
On demand A hands-on approach builds from direct experience to develop an understanding of sound, light, and electromagnetic waves and an overview of these as the signals by which we gain information about the external world. Fundamental concepts, technological applications (e.g., how a radio works) and concepts related to information systems are treated. Modeling and the nature of scientific inquiry as a creative enterprise are stressed.
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4.00 Credits
Alternate Fall Semesters Fall 2007 Covers description of the physical world and measurement in Newtonian Mechanics: kinematics, dynamics, conservation principles, kinetic theory, applications. Lecture/discussion and laboratory. Prerequisite: Math background equivalent to high school algebra or trigonometry. Fee.
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4.00 Credits
Alternate Spring Semesters Spring 2008 Introduction to electrostatics, electrodynamics, magnetism, direct and alternating current circuits; geometric optics. Lecture/discussion and laboratory. Prerequisite: PHYS 2010 or permission of instructor. Fee.
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3.00 Credits
On demand Covers quantum models of matter and radiation, solid state, nuclear models, special relativity. Some laboratory activities included. Prerequisites: MATH 2140; PHYS 2020.
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3.00 Credits
On demand Covers those measurement devices and systems, including feedback systems, described by linear differential equations, using graphical input-output methods broadly applicable to the natural and social sciences. Prerequisites: MATH 2140; PHYS 2020.
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3.00 Credits
On demand Covers discrete and continuous states, wave particle duality, probability and probability amplitudes, Schrodinger and matrix formulations. Prerequisites: PHYS 2020, PHYS 3090; MATH 2140.
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3.00 Credits
On demand Includes Maxwell’s equations, radiation of electromagnetic waves, polarization, interference, lasers, optical instrumentation. Some laboratory activities included. Prerequisites: PHYS 2020; MATH 2140.
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