OUTLINE:
• Functions and Relations: Plot Points on a Rectangular Coordinate System, Distance and Midpoint Formulas,
Graph Equations by Plotting Points, x- and y-Intercepts, Identify the Center and Radius of a Circle Equation in
Standard and General Form, Write the Equation of a Circle in Standard Form Given the Radius and Center, Graph
a Circle Given a Radius and Center, Determine Whether a Relation is a Function, Evaluate a Function, Determine
x- and y-Intercepts of a Function Defined by y = f(x), Determine Domain and Range from a Function, Interpret a
Function Graphically, Graph Linear Equations in Two Variables, Determine the Slope of a Line, Apply the Slope-
Intercept Form of a Line, Compute Average Rate of Change, Apply the Point-Slope Formula, Determine the
Slopes of Parallel and Perpendicular Lines, Create Linear Functions to Model Data, Recognize Basic Functions
(Library of Functions), Apply Vertical and Horizontal Translations (Shifts), Apply Vertical and Horizontal Shrinking
and Stretching, Apply Reflections Across the x- and y-axes, Graphing Multiple Transformations of Functions, Test
for Symmetry, Identify Even and Odd Functions, Interpreting and Graphing Piecewise-Defined Functions,
Investigate Increasing/Decreasing/Constant Behavior of a Function, Determine Relative Minima and Maxima of a
Function, Perform Operations on Functions, Evaluate a Difference Quotient, Compose and Decompose Functions
(Miller/Gerken, Chapter 1)
• Polynomial and Rational Functions: Graph a Quadratic Function Written in Vertex Form and Standard Form,
Find the Vertex Of a Parabola By Using The Vertex Formula and/or Writing in Vertex Form, Solve Applications
Involving Quadratic Functions by Finding the Vertex, Determine the End Behavior of a Polynomial Function,
Identify Zeros and Multiplicities of Zeros, Sketch a Polynomial Function, Divide Polynomials Using Long Division
and Synthetic Division, Apply the Remainder and Factor Theorems, Apply the Rational Zero Theorem, Apply
Theorems and Synthetic Division to Find The Real and Imaginary Zeros of a Polynomial, Identify Vertical,
Horizontal, and Slant Asymptotes, Graph Rational Functions, Solve Polynomial and Rational Inequalities
(Miller/Gerken, Sections 2.1-2.6)
• Exponential and Logarithmic Functions: Determine Whether Two Functions are Inverses, Find the Inverse of a
Function, Graph Exponential Functions y = a^x and y = e^x, Convert Between Logarithmic and Exponential
Forms, Evaluate Logarithmic Functions, Apply Basic Properties of Logarithms, Graph Logarithmic Functions,
Apply the Product, Quotient, and Power Properties of Logarithms, Write a Logarithmic Expression in Expanded
Form and as a Single Logarithm, Apply the Change-of-Base Formula, Solve Exponential and Logarithmic
Equations, Use Exponential and Logarithmic Equations/Functions in Applications, Create and Apply Models for
Exponential/Logistic Growth and Decay in Applications (Miller/Gerken, Chapter 3)
• Trigonometric Functions: Identify Solutions to and Solve Systems of Linear Equations in Two Variables, Solve
Nonlinear Systems of Equations in Two Variables (Miller/Gerken, Sections 8.1, 8.4)
Optional Topics
• Review Topics: Imaginary Numbers and their Operations, Quadratic Equations over Complex Numbers,
Applications Involving Simple Interest/Rate of Work Done/Motion/Quadratics, Solve Linear
Inequalities/Compound Inequalities/Absolute Value Inequalities (Miller/Gerken, Sections R.6-R.8)
• Linear Systems in Three Variables and Partial Fraction Decomposition: (Miller/Gerken, Sections 8.2-8.3)
EVALUATION:
Grades may be determined by student performance in one or more of the following areas: in-class tests, take-home
tests, homework assignments, quizzes, special projects, papers, attendance, and class participation. Degree of
importance and types of assessment used will depend on the instructor.
This course satisfies the math requirement in the General Education Core component for selected degree and
certificate programs at CSN.
MATH 126 Course Information Sheet, Last Updated: Summer 2020