A study of the major areas of physical science, physics, astronomy, geology, meterology, some chemistry. The main emphasis is in physics and how it relates to other sciences. No Prerequisites. Three hours lecture. No laboratory.

This course is the first semester of an algebra-based physics course intended for science majors. It is a lecture based course with a laboratory. The basic objectve is to develop an understanding of the fundamental aspects of kinematics, dynamics, work and the conservation of energy, collisions and the conservation of momentum, rotational motion, and fluids.

This course is the second semester algebra-based physics course intended for science majors. It is a lecture-based course with a laboratory. The basic objective is to develop an understanding of the fundamental aspects of oscillations, waves, sound, optics, electricity and magnetism.

This course supplements the traditional introductory calculus-based physics course intended for science and mathematics majors and is designed to help the pre-med student prepare for the MCAT standardized test. A combination of problem solving and the select use of MCAT prep tools will be used to accomplish this goal. In order to prepare the student for the MCAT some time will be focused on reviewing material from PHYS 151 and PHYS 152. Additional topics include thermodynamics and some modern physics.

This course supplements the traditional introductory calculus-based physics course intended for science and mathematics majors. It is designed to help the engineering student prepare for their more advanced classes and any science student who plans to pursue graduate school and a career in science, engineering or applied mathematics as they will be applying the laws of physics to their discipline as they progress in their studies. Additional topics include thermodynamics and some modern physics and any topics not covered in PHYS 151/152.

This course is the first semester of a calculus-based physics course intended for science, mathematics, and engineering majors. It is a leacture based course with a laboratory. The basic objective is to develop an understanding of the fundamental aspects of kinematics, dynamics, work conservation of energy, collisions, momentum, angular momentum, rotational motion, fluids, and gravity.

This course is the second semester of a calculus-based physics course intended for science, mathematics, and engineering majors. The basic objective is to develop an understanding of the fundamental aspects of oscillations and wave motion; sound; geometrical optics; electricity; and magnetism.