Last laboratory course in a calculus-based four-semester sequence. Core topics include experiments in modern physics, including the Michelson interferometer, photoelectric effect, longitudinal laser modes, Zeeman effect, and atomic spectra.
This is the fourth course in a calculus-based four semester sequence. Core topics include special relativity, quantum mechanics, atomic physics and solid state physics.
Third laboratory course in a calculus-based four-semester sequence. Core topics include experiments in sound, waves, electrical oscillations, thermodynamics, geometrical optics, and physical optics.
Third laboratory course in a calculus-based four-semester sequence. Core topics include experiments in sound, waves, electrical oscillations, thermodynamics, geometrical optics, and physical optics.
This is the third course in a calculus-based four-semester sequence. Core topics include mechanical, sound and light waves; geometrical and physical optics; and thermodynamics.
This is the third course in a calculus-based four-semester sequence. Core topics include mechanical, sound and light waves; geometrical and physical optics; and thermodynamics.
Last laboratory course in a calculus-based four-semester sequence. Core topics include experiments in modern physics, including the Michelson interferometer, photoelectric effect, longitudinal laser modes, Zeeman effect, and atomic spectra.
This is the second course in a calculus-based four-semester sequence. Core topics include electric and magnetic fields, electric potential, capacitance, resistance, inductance, DC and AC circuits, and Maxwell's Equations.
First laboratory course in a calculus-based four-semester sequence. Core topics include experiments in kinematics, dynamics, energy, momentum, rotation, and oscillations.
Second course in an algebra/trigonometry-based two semester sequence. Core topics include electricity & magnetism, light, and selected topics in modem physics.