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2004-2005 CATALOG |
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Table
of Contents Welcome Telephone Directory Academic Calendars Year 2004/2005 Fall Semester 2004 Spring Semester 2005 Summer Semester 2005 University Mission Accreditations Degrees, Areas of Specialization, Minors Admissions After Admission Financial Assistance Student Activities Student Services and Resources Tuition and Fees Military and Veterans Information Registration and Records Academic Policies Graduation and General Degree Requirements Public Service and Research Centers College Mission Statements Undergraduate Degree Programs Master's Degree Programs Specialist Degree Programs Doctoral Degree Programs Course Numbering System Course Listings and Descriptions Administration Faculty Index |
Course Listings/Descriptions Semester offering codes corrected and posted on June 7, 2004. |
| MAD-Mathematics: Discrete MAD 3107 Discrete Mathematics and Applications . . . . . 3(F,S,SS) Prerequisite: COT 3100 or MHF 3202. Introductory combinatorics, counting, graphs and trees, and their applications; relations and partial orders; some algorithms associated with applications of graphs, trees, and relations. (General Studies Course: MAT) and (Gordon Rule Course: Theoretical Math). MAD 4401 Numerical Analysis . . . . . 3(F) Prerequisite: MAS 3105. Numerical solutions of equations in one variable, interpolation and polynomial approximation, numerical differentiation and integration, numerical solutions of initial value and boundary value problems for O.D.E., direct methods for solving linear systems, iterative techniques in matrix algebra. Some problems solved with aid of computer. A computer language is required prior to this course. (Gordon Rule Course: Theoretical Math). MAD 6405 Numerical Analysis I . . . . . 3(S) Prerequisite: MAD 4401 and MAS 5107. Theoretical treatment of numerical methods of linear algebra supplemented with use of computers; polynomial approximations, uniform approximations, least square approximations, error analysis for numerical solutions of linear equations, algebraic eigenvalue problems.
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