The transition from Algebra 1 to Algebra 2 represents a shift from solving simple equations to analyzing complex relationships and functions. Proficiency in these core areas—specifically functions, quadratics, and polynomials—is essential for success in advanced mathematics and standardized testing. By understanding the rules of exponents, graphing behaviors, and methods for solving systems, students build a mathematical toolkit that applies to physics, engineering, and economics.
Khan Academy to supplement the BYU packets [10, 12]. The Outcome: For those who finish, it is frequently described as a "personal victory" and a necessary time of growth, even for those pursuing non-math degrees like English [12]. Course Structure & Content The course is split into two main parts through the BYU Independent Study program: Course Part Core Topics Covered Part 1 (ALG 055) Equations, inequalities, functions, graphs, polynomials, and complex numbers [7, 8]. Part 2 (ALG 057) Conic sections, series/sequences, probability, statistics, and trigonometry [9, 11]. Tips for Success If you are currently in the middle of this "story," common advice from the BYU community includes: Watch the Videos: If the paper packet explanations aren't clicking, students recommend byu algebra 2
Rational functions are fractions containing polynomials. The transition from Algebra 1 to Algebra 2
This first half focuses on foundational "advanced" concepts. Key modules include: Understanding and operations with non-real numbers. Khan Academy to supplement the BYU packets [10, 12]
If you are preparing for a specific BYU Independent Study exam or Speedback assignment, pay close attention to the instructions regarding the use of calculators. While some sections allow graphing calculators (useful for matrices and graphing polynomials), others may require manual computation.