Physics

Phys 110 — Astronomy 4

General survey, with a little use of elementary mathematics, of the solar system, star evolution theory, quasars, and models of Universe. Related laboratory familiarizes students with use of computer maps to identify stars and other celestial objects, and use of small telescopes. Spring, even years

Phys 125 — Introduction to College Physics I 3

Descriptive course with minimal use of simple mathematics which covers the basic principles of mechanics and thermodynamics. Includes Newton's laws of motion, momentum and mechanical energy conservation laws, as well as the first and second laws of thermodynamics. Some applications of physics in other sciences are also discussed. Prerequisite: Math 102 — Intermediate Algebra. Co-requisite: Phys 125L — Introduction to College Physics I Laboratory I.

Phys 126 — Introduction to College Physics II 3

Descriptive course with minimal use of simple mathematics which covers the basic principles of electromagnetism with elements of optics, wave motion, and some elements of modern physics such as special relativity, quantum properties of microparticles and nuclear physics. Some applications of physics in other sciences are also discussed. Prerequisite: Phys 125, 125L — Introduction to College Physics I and Lab. Co-requisite: Phys 126L — General Physics Laboratory II. Spring

Phys 125L — Introduction to College Physics Laboratory II 1

Includes simple experiments which illustrate the fundamental laws and principles of mechanics and thermodynamics. Many of the experiments are computerized to improve the quality of data collection and enhance the learning experience. Co-requisite: Phys 125 — Introduction to College Physics I. Fall

Phys 126L — Introduction to College Physics Laboratory II 1

Includes simple experiments which illustrate the fundamental laws of electromagnetism, optics, and wave motion. Many of the experiments are computerized to improve the quality of data collection and enhance the learning experience. Co-requisite: Phys 126 — General Physics II. Spring

Phys 203 — College Physics I 4

Calculus-based advanced classical physics for mathematical science students which covers mechanics and thermodynamics.
Includes Newton's laws of motion, momentum and mechanical energy conservation laws, as well as the first and second law of thermodynamics. Prerequisite: Math 165 — Calculus I and Math 166 — Calculus II. Co-requisite: Phys 203 — College Physics Laboratory I. Fall, even years

Phys 204 — College Physics II 4

Calculus-based advanced classical physics for mathematical science students which covers electromagnetism, special relativity, wave motion, and optics. Includes Maxwell's and wave equations, relativistic mechanics of single particles, and elements of physical optics. Some applications to other mathematical sciences are also discussed. Prerequisite: Math 165 — Calculus I and Math 166 — Calculus II. Co-requisite: Phys 204L — University Physics Laboratory II. Spring, odd years

Phys 203L — College Physics Laboratory I 1

Includes experiments to illustrate the fundamental laws and principles of mechanics and thermodynamics. Many of the experiments are computerized to improve the quality of data collection and enhance the learning experience. Co-requisite: Phys 203 — University Physics I. Fall, even years

Phys 204L — University Physics Laboratory II 1

Includes experiments to illustrate the fundamental laws and principles of electromagnetism, wave motion, and optics. Many of the experiments are computerized to improve the quality of data collection and enhance the learning experience. Co-requisite: Phys 204 — College Physics II. Spring, odd years

Phys 280 — Statics for Engineers 4

Vector algebra and its application to equilibria conditions for systems of particles and rigid bodies. Centroids and centers of gravity. Elementary analysis of structures. Prerequisite: Math 165 — Calculus I. Pre- or Co-requisite: Physics 203, 203L — College Physics I and Lab and Math 166 — Calculus II. Offered on demand with sufficient student numbers.

Phys 281 — Dynamics 4

Kinematics and dynamics of particle motion, dynamics of particle systems and rigid bodies, work-energy, impulse- momentum, and conservation principles. Prerequisite: Math 166 — Calculus II and Phys 280 — Statics for Engineers. Offered on demand with sufficient student numbers.

Phys 495 — Independent Study 1-4

Research in some area of physics. Admission by consent of instructor and department chair. 148

Phys 497 — Special Topics in Physics 1-4

Research and study of current areas of interest in physics. Admission by consent of the department chair.