ALGEBRA 2

Algebra 2 focuses on building upon and expanding the mathematical knowledge gained in previous courses. 

Content Areas

  • Functions: Deepening the understanding of functions from Algebra 1. This includes exploring different types of functions (linear, quadratic, exponential, logarithmic) and their properties, transformations, compositions, and inverses.
  • Algebraic Operations: Expanding skills in working with expressions and equations, including factoring polynomials, performing operations on rational expressions, and solving equations involving various function types.
  • Modeling with Mathematics: Learning to apply algebraic concepts to model real-world scenarios. This might involve using functions to represent relationships between variables, interpreting solutions in the context of the problem, and solving application problems from various disciplines.
  • Systems of Equations and Inequalities: Extending the ability to solve systems of equations beyond linear systems. This includes solving systems with non-linear expressions (quadratic, exponential, logarithmic) and understanding graphical methods for solving systems.

Emphasis On

  • Developing reasoning and communication: Constructing logical arguments, justifying solutions, and explaining mathematical concepts clearly and concisely.
  • Applying mathematics to real-world problems: Solving complex problems in various contexts through modeling and utilizing different mathematical tools and approaches.
  • Preparing for future math courses: Building a strong foundation for advanced mathematics, including calculus and statistics, which may be encountered in higher education or specialized fields.

Key Takeaways

  • Students gain a deeper understanding of functions, their properties, and their applications in diverse situations.
  • Students will strengthen their problem-solving skills by utilizing mathematical modeling to tackle real-world challenges.
  • Students develop their algebraic and geometric skills to a higher level, preparing for more advanced mathematics.
Scroll to Top