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Undergraduate - Lee University

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200 COLLEGE OF ARTS AND SCIENCES<br />

MAT 451. LINEAR ALGEBRA<br />

Three hours credit<br />

Applications of elementary linear algebra to real world problems including Leontief<br />

Economic Models, Markov Chains, theory of games, convex sets and linear inequalities, corner-point<br />

method and linear programming, the simplex method, matrix applications in genetics<br />

applications in population control, constructing of curves as surfaces, equilibrium of rigid<br />

bodies, and computer graphics. Prerequisite: MAT 351. Offered Spring Semester, odd years.<br />

MAT 461. INTRODUCTION TO MODERN ALGEBRA<br />

Three hours credit<br />

An introduction to the basic concepts of abstract algebra, including the topics of mapping,<br />

relations, number systems, groups, rings, fields, and integral domains. Prerequisite:<br />

MAT 310 or MAT 351; one year of university mathematics above 200-level. Offered Fall<br />

Semester, even years.<br />

MAT 490. MATHEMATICS SEMINAR<br />

One hour credit<br />

A weekly presentation by staff and/or senior science and mathematics majors on matters<br />

of current interest in the science and mathematics field. Participants gain experience in evaluating<br />

scientific literature and presenting scientific papers. One hour per week. One semester<br />

required of all department majors. Offered every semester.<br />

Physical Science<br />

PHS 111. PHYSICAL SCIENCE<br />

Four hours credit<br />

Chemical phenomena, introduction to methods of elementary chemistry and physics,<br />

with stress on kinetic theory, molecular phenomena,and energy relations. (Not recommended<br />

for students who studied high school chemistry and physics.) 150 minutes lecture and 110<br />

minutes lab per week. Offered Fall Semester.<br />

PHS 112. EARTH AND SPACE SCIENCE<br />

Four hours credit<br />

Introduction to astronomy, geology, meteorology, and physical geography. Emphasis on<br />

the structure of the universe, theories of cosmology, the Milky Way, and the solar system.<br />

The shape, structure, and composition of the earth; earthquakes, vulcanism, theories of plate<br />

tectonics, seafloor spreading, and continental drift. The earth in space and time; composition<br />

and structure of the earth’s atmosphere; weathering erosion, sculpturing the land, topographic<br />

maps, oceanography, and glaciation. Fossil fuels and alternate sources of energy, environmental<br />

pollution, and conservation of natural resources. 150 minutes lecture and 110 minutes<br />

lab per week. Offered every semester.<br />

Physics<br />

PHY 211. GENERAL PHYSICS (TRIG BASED)<br />

Four hours credit<br />

Principles and applications of mechanics, heat, and sound. 150 minutes lecture and<br />

110 minutes lab per week. Prerequisite: Proficiency in algebra and trigonometry. Offered<br />

Fall Semester.<br />

PHY 212. GENERAL PHYSICS (TRIG BASED)<br />

Four hours credit<br />

Principles and applications of light, electricity, magnetism, atomic and nuclear<br />

physics. 150 minutes lecture and 110 minutes lab per week. Prerequisite: PHY 211.<br />

Offered Spring Semester.<br />

PHY 281. PHYSICS (CALC BASED)<br />

Four hours credit<br />

A study of fundamental calculus-based classical physics which addresses vectors, forces,<br />

energy, conservation laws, linear and angular momentum, oscillatins and waves, electric<br />

charge and fields, and introductory circuits. 150 minutes lecture and 110 minutes lab per<br />

week. Prerequisite: MAT 271, 272 or permission of instructor. Offered Fall Semester.<br />

PHY 282. PHYSICS (CALC BASED)<br />

Four hours credit<br />

A study of Maxwell’s equations, special and general relativity, and major experimental<br />

results including the photoelectrics effect, Compton scattering, muon decay, and waveparticle<br />

duality. The main contributions of atomic and nuclear physics together with quarks, leptons,<br />

the Standard Model, and recent astrophysical discoveries will be treated. 150 minutes<br />

lecture and 110 minutes lab per week. Prerequisites: MAT 271-272 and Physics 281, or permission<br />

of instructor. Offered Spring Semester.

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