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Undergraduate Bulletin - Loyola Marymount University

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MATH 234<br />

Calculus III<br />

4 Semester Hours<br />

Partial derivatives, multiple integrals, three-dimensional<br />

space, vectors in two- and three- dimensional space, line<br />

integrals, Green’s theorem.<br />

Prerequisite: MATH 132 or equivalent.<br />

MATH 245<br />

Ordinary Differential Equations<br />

3 Semester Hours<br />

Differential equations as mathematical models; analytical,<br />

qualitative, and numerical approaches to differential<br />

equations and systems of differential equations; and<br />

Laplace transform techniques.<br />

Prerequisite: MATH 132 or equivalent.<br />

MATH 248<br />

Introduction to Methods of Proof<br />

3 Semester Hours<br />

Number theory, sets, functions, equivalence relations,<br />

cardinality, methods of proof, induction, contradiction,<br />

contraposition.<br />

Prerequisite: MATH 132 or equivalent.<br />

MATH 250<br />

Linear Algebra<br />

3 Semester Hours<br />

Systems of linear equations, Gauss and Gauss-Jordan<br />

elimination, matrices and matrix algebra, determinants.<br />

Linear transformations of Euclidean space. General vector<br />

spaces, linear independence, inner product spaces,<br />

orthogonality. Eigenvalues and eigenvectors,<br />

diagonalization. General linear transformations.<br />

Prerequisite: MATH 248 or consent of instructor.<br />

MATH 261<br />

Mathematics: Contributions by Women<br />

3 Semester Hours<br />

A study of the biographies and mathematics of women<br />

mathematicians from the 1st through the 20th centuries.<br />

Topics include prime numbers, conic sections, cycloid<br />

curve, functions, sequences, series, polyhedra, and group<br />

theory.<br />

Prerequisite: MATH 101, 102, or 104, or placement into<br />

MATH 106 or higher.<br />

MATH 264<br />

Cryptography throughout the Ages<br />

3 Semester Hours<br />

MATHEMATICS<br />

/ 387<br />

A study of mathematical systems used for enciphering<br />

and deciphering information and the context in which<br />

these systems arose; in particular, encryption/decryption<br />

used during World War II and modern systems, including<br />

public key cryptography. Policy issues related to<br />

cryptography also will be studied.<br />

Prerequisite: MATH 101, 102, or 104, or placement into<br />

MATH 106 or higher.<br />

MATH 282<br />

Elementary Numerical Methods<br />

3 Semester Hours<br />

Computer solutions of applied mathematical problems<br />

using Fortran and Mathematica. Nonlinear equations,<br />

differentiation, integration.<br />

Prerequisite: MATH 131 or equivalent.<br />

MATH 285<br />

Discrete Mathematics for Engineering<br />

3 Semester Hours<br />

An introduction to basic counting; permutations;<br />

combinations; probability; the binomial distribution; set<br />

theory; generating functions; recurrence relations; with C<br />

programming.<br />

Prerequisite: MATH 132 or equivalent.<br />

MATH 293<br />

Mathematics Teaching Field Experience<br />

0 Semester Hours<br />

Planned observation, instruction or tutoring experiences<br />

appropriate for future secondary or middle school<br />

mathematics teachers; related professional reading and<br />

reflections.<br />

MATH 298<br />

Special Studies<br />

1-4 Semester Hours<br />

MATH 299<br />

Independent Studies<br />

1-4 Semester Hours

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