-
-
- Transfer Credit
- Online Learning
- Events
-
-
-
- Academic Services
- Course and Program Information
- Student Aid
-
-
-
Berkeley Global
A review of foundational college algebra skills and key mathematical concepts. Designed to provide a solid foundation in algebra, graphs, and functions in preparation for further study in mathematics or the sciences. Key skills include solving of linear, quadratic and other algebraic equations and identities; developing mathematical models; and the graphing of linear, exponential, rational, logarithmic and polynomial functions as well as 2-variable graphs of the conic sections. Key concepts will include general ideas and properties of functions and complex numbers.
Prerequisites:
You must have at least one year of high school algebra (or the equivalent of a beginning algebra class) and one year of high school geometry or its equivalent.
Course Outline
Expand or collapse section
Course Objectives
- Solve one-variable linear, quadratic, rational, exponential and logarithmic equations, systems of equations and inequalities
- Understand and graph linear, quadratic, rational, exponential and logarithmic functions
- Develop mathematical models that can be represented by these expressions and functions
- Understand the concept of functions in general, and the ideas of domain, composition of functions and inverse functions
- Demonstrate familiarity with complex numbers and their arithmetic operations
- Recognize and interpret 2-variable equations and graphs of the conic sections
What You Learn
- Coordinates and graphing
- Solving equations and complex numbers
- Solving inequalities and absolute value equations
- Modeling with curve fitting
- Function concept, graphing and rate of change
- Linear functions, combining functions and inverse functions
- Modeling with functions
- Polynomial functions and graphs; dividing polynomials
- Exponential functions in general and ex
- Review inverse functions, Logarithmic functions and laws of logarithms
- Exponential and logarithmic equations and their modeling
- Systems of linear equations in 2 variables, in several variables
- Partial fractions, systems of nonlinear equations, systems of inequalities
- Modeling: Linear programming
- Conic sections, how definitions arise from the cone
- Equations and properties for the conic sections
Loading...
Sections
Spring 2025 enrollment opens on October 21!