# Course Syllabi

"Syllabi" is the correct plural form of "Syllabus".

**Course Description**:
Properties of real numbers, order and absolute value, complex numbers,
scientific notation, factoring polynomials, linear and quadratic
equations,
systems of equations, linear inequalities, and graphing, exponential,
logarithmic, and trigonometric functions, including identities, inverse
trigonometric functions, and right triangle trigonometry.

**Prerequisite**: Algebra I, II; Geometry

Detailed Course Syllabus in PDF

**Course Description**:
An introduction to differential and integral calculus emphasizing
applications to business and the life sciences. Topics covered will
include limits, rules of differentiation, extreme value problems, curve
sketching, exponential and logarithmic functions, techniques of
integration, and area
between curves. Includes a thorough review of high school algebra.

**Prerequisite**: Algebra II

Detailed Course Syllabus in PDF

**Course Description**:
A brief review of algebra and trigonometry; coordinate systems,
analytical geometry, the derivative using the definition, limits,
continuity, techniques of differentiation; Mean Value theorem and its
application, Applications of differentiation to extreme value problems,
curve sketching and related rates problems, the integral and its
properties, applications of the integral for finding area under a curve,
antiderivatives, the Fundamental Theorem of Calculus.

**Prerequisite**: Precalculus with Trigonometry

Detailed Course Syllabus in PDF

**Course Description**:
Further study of the integral, volume of a solid of revolution, length
of a curve, area of a surface of revolution, work, moments, and
centroids. Applications of differential and integral calculus to
improper integrals, infinite series, polynomial approximations of
functions, Taylor's Theorem, conics, polar coordinates, and vector
analysis.

**Prerequisite**: Calculus I

Detailed Course Syllabus in PDF

**Course Description**:
Applications of differential and integral calculus to improper
integrals, infinite series, conics, polar coordinates, and vector
analysis.
Prerequisite: MAT 2520.

**Prerequisite**: Calculus II

Detailed Course Syllabus in PDF

**Course Description**:
An introduction to statistics (non-Calculus based). Frequency
distributions; their graphic and tabular representations; measures of
central tendency, of dispersion and of correlation; sampling; elementary
probability theory; linear regression, the Central Limit Theorem.

**Prerequisite**: Algebra II

Detailed Course Syllabus in PDF

**Course Description**:
Applications of differential and integral calculus to vector-valued
functions, partial derivative, multiple integrals, vector field
analysis, line and surface integrals, Jacobian transformations, Green,
Stokes, and Gauss Theorems.

**Prerequisite**: Calculus II

Detailed Course Syllabus in PDF

**Course Description**:
Topics covered include solutions of systems of linear equations,
matrices, linear transformations, bases and linear independence,
determinants, orthogonality, singular values, eigenvectors and
eigenvalues, rank, geometric applications.

**Prerequisite**: Calculus II

Detailed Course Syllabus in PDF

**Course Description**:
An introductory course in ordinary differential equations with
applications. Topics covered include first and second order differential
equations, power series solutions, Laplace transforms, linear systems,
numerical methods, and linearization methods.

**Prerequisite**: Calculus II

Detailed Course Syllabus in PDF

**Course Description**:
An introduction to Calculus-based Probability theory and statistics.
Topics include distributions, Monte-Carlo methods, probabilities,
Markov's Inequality, Chebyshev Theorem; discrete and continuous random
variables, Central Limit Theorem.

**Prerequisite**: Multivariable Calculus

Detailed Course Syllabus in PDF