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St. Ambrose University 518 West Locust Davenport Iowa 52803 admit

St. Ambrose University 518 West Locust Davenport Iowa 52803 admit

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Undergraduate Programs<br />

gramming models and their solutions. Sequence<br />

and series of real numbers. Prerequisite: Three<br />

years college preparatory high school mathematics<br />

and appropriate placement test score or Grade<br />

of C or better in MATH 121.<br />

MATH 152. Trigonometry<br />

2 credits<br />

Elementary trigonometric functions and their<br />

graphs. Trigonometric identities. Inverse trigonometric<br />

functions and their graphs. Applications of<br />

trigonometric functions in calculus. Prerequisite:<br />

MATH 151 or MATH 171 or concurrent registration.<br />

MATH 160. Mathematics for<br />

Management and Economics<br />

3 credits<br />

For pre-MBA students. Functions, graphs of elementary<br />

functions, matrices and determinants,<br />

systems of linear equations. Emphasis on applications<br />

to management, decision-making and economics.<br />

Prerequisites: MATH 121 or equivalent,<br />

and approval of the MBA program dean.<br />

MATH 171. Elementary Functions 3 credits<br />

Introductory course for students planning to take<br />

MATH 191. Definition of function and operations<br />

on functions in a variety of settings and<br />

applications. Concentrates on increasing student<br />

proficiency with all three methods of describing<br />

functions: rules, graph and tables. Prerequisite:<br />

Three years college preparatory high school<br />

mathematics and appropriate placement test<br />

score or Grade of C or better in MATH 121.<br />

MATH 191. Calculus and<br />

Analytic Geometry I<br />

4 credits<br />

Functions of single variables; limits, continuity,<br />

differentiability, and integrability. Applications of<br />

limit, derivatives, differentials and integrals to<br />

solutions of physical and social problems.<br />

Computer assisted. Prerequisite: MATH 151 and<br />

152 or 171, or appropriate placement test score.<br />

MATH 152 may be taken concurrently.<br />

+ = Applicable toward general education degree requirements<br />

WI = Writing intensive course<br />

MATH 192. Calculus and<br />

Analytic Geometry II<br />

4 credits<br />

Techniques of integration, hyperbolic functions,<br />

polar coordinates, conic sections, improper integrals,<br />

L’Hopital’s rule, Taylor’s expansion, infinite<br />

series. Introduction to partial differentiation<br />

and multiple integration. Computer assisted.<br />

Prerequisite: MATH 191.<br />

MATH 210. Theory of Arithmetic 3 credits<br />

Limited to candidates for elementary teaching licensure<br />

or certificate. Topics include problem<br />

solving strategies, elementary number theory and<br />

number systems, probability and statistics, informal<br />

geometry and measurement. Prerequisite:<br />

MATH 121 or appropriate placement score and<br />

1.5 units of high school algebra.<br />

MATH 280. Engineering Mathematics I 4 credits<br />

Development and application of linear algebra<br />

and ordinary differential equation topics. These<br />

topics are selected with primary concern for engineering<br />

applications. Included topics are matrices,<br />

systems of linear equations, vectors, first and<br />

second order differential equations. Not open to<br />

mathematics or mathematics education majors.<br />

Prerequisite: MATH 192.<br />

MATH 290. Linear Algebra<br />

3 credits<br />

Matrices and systems of linear equations.<br />

Determinants. Lines and planes in three-space.<br />

Vector spaces and linear transformations.<br />

Characteristic equations and eigen values.<br />

Prerequisite: MATH 192.<br />

MATH 291. Calculus and<br />

Analytic Geometry III<br />

4 credits<br />

Infinite series, limits and continuity of functions<br />

of several variables, partial derivatives, directional<br />

derivatives, multiple integration, sequences and<br />

series, vectors and vector differential equations.<br />

Computer assisted. Prerequisite: MATH 192.<br />

WI-MATH 300. Probability and<br />

<strong>St</strong>atistics I<br />

3 credits<br />

Finite probability models, random variables,<br />

122

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