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Part 1 3.7.qxp - Southwestern Oregon Community College

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Course Descriptions<br />

MTH251 Calculus I (Differential Calculus)<br />

4 credits (4 lec hrs/wk)<br />

Topics include: pre-calculus concepts and principles;<br />

limits and their properties, continuous functions;<br />

derivatives and their properties; the chain rule, implicit<br />

differentiation; relative extrema, the first and second<br />

derivative tests; applications involving rectilinear motion<br />

of a particle and optimization of functions. This course<br />

covers the standard differential calculus topics required<br />

for engineering, mathematics, and science majors.<br />

Prerequisite: MTH112 with a “C” or better.<br />

MTH252 Calculus II (Integral Calculus)<br />

4 credits (4 lec hrs/wk)<br />

Topics include: antiderivatives, Riemann sums,<br />

integrals and their properties; the first and second<br />

fundamental theorems of calculus; calculation of length,<br />

area, volume, work, and resultant force via integration;<br />

derivatives and integrals of exponential, logarithmic,<br />

hyperbolic, and various inverse functions; indeterminate<br />

forms and L'Hôpital's rule. This course covers the<br />

standard integral calculus topics required for engineering,<br />

mathematics, and science majors.<br />

Prerequisite: MTH251 with a “C” or better.<br />

MTH253 Calculus III (Infinite Sequences and Series)<br />

4 credits (4 lec hrs/wk)<br />

Topics include: principles of integral evaluation,<br />

improper integrals; infinite sequences and series;<br />

convergence tests for infinite series; Taylor series for<br />

functions; translated and rotated conic sections. This<br />

course covers the standard sequences and series<br />

topics required for engineering, mathematics, and<br />

science majors.<br />

Prerequisite: MTH252 with a “C” or better.<br />

MTH254 Vector Calculus I (Introduction to<br />

Vectors and Multidimensional Calculus)<br />

4 credits (4 lec hrs/wk)<br />

Topics include: polar coordinates, conic sections,<br />

parametric equations, three-dimensional space, analytic<br />

geometry, vector algebra, space curves, vector-valued<br />

functions, vector calculus.<br />

Prerequisite: MTH253 with a “C” or better.<br />

MTH255 Vector Calculus II (Differential and<br />

Integral Vector Calculus)<br />

4 credits (4 lec hrs/wk)<br />

Topics include: functions of several variables, partial<br />

derivatives; iterated integration; multiple integrals;<br />

divergence and curl of vector fields; line and surface<br />

integrals; Green's, Gauss', and Stokes' theorems.<br />

Prerequisite: MTH254 with a “C” or better.<br />

MTH256 Differential Equations<br />

4 credits (4 lec hrs/wk)<br />

Topics include: first-order linear and nonlinear ODEs,<br />

second order linear ODEs, series solutions to<br />

second-order linear ODEs, Laplace transforms, systems<br />

of linear ODEs.<br />

Prerequisite: MTH255 with a “C” or better.<br />

MTH260 Matrix Methods and Linear Algebra<br />

4 credits (4 lec hrs/wk)<br />

Topics include: matrix concepts and algebra;<br />

determinants and inverses of matrices; solution methods<br />

for systems of linear equations; linear independence<br />

linear transformations, and vector spaces; bases and<br />

coordinates; eigenvalues and eigenvectors;<br />

diagonalization of matrices. This course covers the<br />

standard linear algebra topics required for engineering,<br />

mathematics, and science majors.<br />

Prerequisite: MTH255 with a “C” or better.<br />

MTH265 Probability and Statistics with Calculus<br />

4 credits (4 lec hrs/wk)<br />

Topics include: probability theory, random variables and<br />

probability distributions, probabilistic expectation,<br />

classical discrete and continuous probability distributions,<br />

sampling theory and sampling distributions; estimation<br />

and confidence intervals, hypothesis tests and statistical<br />

significance, curve fitting and regression analysis. A<br />

calculus-based probability and statistics course<br />

strongly recommended for engineering, mathematics,<br />

and science majors.<br />

Prerequisite: MTH252 with a “C” or better.<br />

MUSIC<br />

All music ensemble credits are transferable and can be<br />

used as elective credits up to 12 credits. Most music<br />

programs require 12 ensemble credits.<br />

MUP105 Jazz Band<br />

1 credit (2 lec-lab hrs/wk)<br />

The sounds of the "Big Band" era. This group performs<br />

regularly both locally and throughout the state. Only<br />

advanced musicians are admitted.<br />

Prerequisite: Instructor consent.<br />

MUP114 Stage Band<br />

1 credit (2 lec-lab hrs/wk)<br />

A performance ensemble which rehearses and<br />

performs the appropriate musical literature chosen by<br />

the instructor. Instruction will be given to individuals as<br />

well as the ensemble as how to improve the overall<br />

musical effect. Pop ballads to jazz, both traditional and<br />

non-traditional. Intermediate and advanced musicians are<br />

admitted. Instructor consent is not required for the<br />

student to register for the class, but the student may be<br />

asked by the instructor to demonstrate their ability.<br />

<strong>Southwestern</strong> <strong>Oregon</strong> <strong>Community</strong> <strong>College</strong> 2006-07 Catalog www.socc.edu Course Descriptions 188

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