Major Requirements
Note: All students must satisfy the
general
requirements for the degree.
Requirements for the Physics Major
A physics degree opens up a rich diversity of options to the graduating student.
Approximately one-half of physics graduates go on to graduate school. Those not
going on to graduate school enter employment in physics or such related fields
as optics, electronics, computers, engineering, or as teachers.
Students must achieve a grade-point average
of at least 2.0 in physics and mathematics courses. When a course has an
associated laboratory, the student must take both the lecture course and
the laboratory concurrently, unless prior permission has been obtained from
the department chairperson. Students should be aware that certain 300- and
400-level courses may be offered only in alternate years. Evening students
should consult with the department as to the scheduling of courses.
Students seeking teacher certification in physics must complete the
requirements for the major in physics as well as satisfying other
requirements for certification. For details regarding admission to the teacher education program
and its requirements, students should consult the education department.
The requirements for the first two years of the Physics major are almost
identical to those of the pre-engineering program (005), giving the student
three options during the first two years. The required courses are:
First Year
First Term
| 50:640:121 | Unified Calculus I (4) |
| 50:750:131 | Elements of Physics I (3) |
| 50:750:133 | Elements of Physics Laboratory I (1) |
Second Term
| 50:198:111 | Introduction to Computer Science
(3) |
| AND 50:198:112 | Software Laboratory (1) -OR- |
| 50:198:105 | Introduction to MatLab |
| 50:640:122 | Unified Calculus II (4) |
| 50:750:132 | Elements of Physics II (3) |
| 50:750:134 | Elements of Physics Laboratory II (1) |
Sophomore Year
First Term
| 50:160:115 | Chemical Principles I (3) |
| 50:160:125 | Chemical Principles Laboratory (1) |
| 50:640:221 | Unified Calculus III (4) |
| 50:750:233 | Electric Circuits I (3) |
| 50:750:253 | Mechanics I(3) |
Second Term
| 50:160:116 | Chemical Principles II (3) |
| 50:160:126 | Chemical Principles Laboratory (1) |
| 50:640:314 | Elementary Differential Equations (3) |
| 50:750:232 | Elements of Modern Physics (3) |
| 50:750:238 | Modern Physics Laboratory (1) |
Students may also enroll in
50:640:250 Linear Algebra;
50:198:151 can be substituted for 50:198:111,112.
Junior Year
First Term
| 50:750:301 | Electromagnetic Theory (3) |
| 50:750:307 | Electronics (3) |
| 50:750:351 | Thermal Physics I (3) |
Second Term
| 50:750:302 | Electromagnetic Waves and Optics (3) |
| 50:750:309 | Analytical Mechanics (3) |
| 50:750:352 | Thermal Physics II (3) |
Senior Year
First Term
| 50:750:491 | Research in Physics (2) |
| 50:750:413 | Elements of Quantum Mechanics I (3) |
Second Term
| 50:750:492 | Research in Physics (2) |
| 50:750:414 | Elements of Quantum Mechanics II (3) |
50:750:406 Introduction to Solid-State Physics may be substituted for
50:750:309.
|