PHYS 201 - INTRO TO NON-CALCULUS BASED PHYSICS I
Empirical analysis of experimental data; kinematics and dynamics of a particle; energy, linear momentum, and gravitation.
PHYS 202 - INTRO TO NON-CALCULUS PHYSICS II
Static and dynamic electricity; electric and magnetic fields; electromagnetic radiation. Lectures and laboratory.
PHYS 210 - PHYSICS OF THE HUMAN BODY
Physical aspects of the structure and function of the human body, including the physics of heat loss, forces, pressure, fluid dynamics, acoustics, electricity, and optics as applied to various body systems. The physics of surgical implants will also be discussed.
PHYS 231 - INTRODUCTORY CALCULUS BASED PHYSICS I
Empirical analysis of experimental data; kinematics and dynamics of a particle; energy, linear momentum, and gravitation. Lecture and laboratory.
PHYS 232 - INTRODUCTORY CALCULUS-BASED PHYSICS II
One- and two-dimensional waves; geometrical and physical optics; electric field and potential; steady state and transient DC circuits; magnetic field, Faraday's Law, electromagnetic waves. Lectures and laboratory.
PHYS 233 - CALCULUS-BASED PHYSICS I DISCUSSION
Calculus-based derivations and applications for the physics I topics of mechanics and thermodynamics.
PHYS 234 - CALCULUS-BASED PHYSICS II DISCUSSION
Calculus derivations and applications of physics principles related to electromagnetism and light.
PHYS 295 - INDEPENDENT STUDY