Physics

Basic concepts of physics including units in mechanics, sound, optics, electricity, magnetism and Bohr theory; to build an organized body of knowledge relating to physical phenomena encountered in the student's life. Designed to meet the laboratory requirements for non-science majors and students in elementary education.

Prerequisite: ELT 120; or MAT 078, MAT 081, MAT 106, or higher; or 2 years of high school algebra with a grade of C or higher; or appropriate mathematics placement score. 4
Semester Hour(s): 4 hour(s)
Lecture / Lab Hours: 3 lec, 2 lab/week
Illinois Articulation Initiative (IAI): P1 900L

This course is a survey of the general principles of mechanics, sound and heat. It is designed for: (1) those students whose curriculum requires a one-year course in physics (pre-medical, pre-dental, architecture, agriculture, radio communication); (2) engineering students who have not had high school physics; (3) students who have an interest in the field of physics and select it to satisfy the science requirement of their curriculum. The main objective of the course is to acquaint the student with the experimental method, to develop laboratory skills and to present the student with an organized body of knowledge related to physical phenomena encountered in the student's life.

Prerequisite: MAT 121 or higher 5
Semester Hour(s): 5 hour(s)
Lecture / Lab Hours: 4 lec, 2 lab/week
Illinois Articulation Initiative (IAI): P1 900L

This course is a survey of the general principles of electricity, magnetism, light and optics, and modern physics. It provides an introduction to the fundamental concepts and mathematics associated with physics as an organized body of knowledge based on the scientific method.

Prerequisite: PHY 201.
Semester Hour(s): 5 hour(s)
Lecture / Lab Hours: 4 lec, 2 lab/week

Prerequisite:
Semester Hour(s): 5 hour(s)
Lecture / Lab Hours: 4 lec, 2 lab/week

An examination of the basic principles of electricity and magnetism with selected topics in electric and magnetic fields, potentials, network theory, dielectric and magnetic properties of matter, capacitance, inductance, dc and ac circuits, Maxwell's equations, and electromagnetic waves.

Prerequisite: PHY 211 and MAT 204 or concurrent enrollment in MAT 204. 5
Semester Hour(s): 5 hour(s)
Lecture / Lab Hours: 4 lec, 2 lab/week
Illinois Articulation Initiative (IAI): PHY 912

An introduction to heat and thermodynamics, universal gravitation, geometrical and physical optics, the properties of light, relativity, quantum mechanics, atomic and nuclear physics, elementary particles, and solid-state physics.

Prerequisite: PHY 212 and MAT 204. 5
Semester Hour(s): 5 hour(s)
Lecture / Lab Hours: 4 lec, 2 lab/week
Illinois Articulation Initiative (IAI): PHY 915A

A vector algebra approach to understanding the principles of and problem-solving techniques of both particle and rigid body systems and three dimensions. Topics include rigid body equilibrium and equivalent systems of force, centroids, analysis of structures, and friction.

Prerequisite: PHY 211 and MAT 204 or concurrent enrollment in MAT 204. 3
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 3 lec/week
Illinois Articulation Initiative (IAI): EGR 942

Prerequisite:
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 3 lec/week

This course is an introduction to methods for analyzing electric circuits using the following elements and methods of analysis: Kirchoff's laws, node and mesh equations, equivalent circuits, operational amplifiers, resistor-capacitor-inductor circuits, sinusoidal steady-state analysis, three-phase circuits, Laplace transforms, transfer functions and frequency response.

Prerequisite: PHY 212 and completion of MAT 211 or concurrent enrollment. 4
Semester Hour(s): 4 hour(s)
Lecture / Lab Hours: 4 lec/week
Illinois Articulation Initiative (IAI): EGR 931

This course presents students with a series of experimental projects that analyze different network configurations. It utilizes circuit analysis methods, such as Kirchoff's laws, nodal and mesh equations, resistor combination laws, the superposition theorem, Thevenin's and Norton's theorems, and phasor analysis to characterize both DC and AC circuits.

Prerequisite: Concurrent enrollment in PHY 246. 1
Semester Hour(s): 1 hour(s)
Lecture / Lab Hours:
Illinois Articulation Initiative (IAI):

Prerequisite:
Semester Hour(s): 1-3 hour(s)
Lecture / Lab Hours: 1-3 lec/week