Maths study guides

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to data and statistical reasoning, the statistics connection (about 15 percent of the EOC). Covers one-variable displays, center and spread and comparing distributions, scatterplots and association, lines of best fit and regression, and correlation, causation, and residuals.

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to the geometry and modeling connections, the geometry domain (about 25 percent of the EOC). Covers distance and midpoint, slope with parallel and perpendicular lines, perimeter and area in the coordinate plane, and the mathematical modeling process that runs through the whole course.

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to linear and exponential functions, the Functions domain (about 30 percent of the EOC). Covers the function concept and notation, linear functions and rate of change, arithmetic sequences, exponential growth and decay, geometric sequences, and how to tell a linear situation from an exponential one.

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to linear equations, inequalities, and systems, the heart of the Algebra domain. Covers solving linear equations in one variable, solving linear inequalities, graphing and writing lines, solving systems by substitution and elimination, and graphing two-variable inequalities and their systems.

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to numerical reasoning and modeling, part of the Algebra domain (about 30 percent of the EOC with Functions). Covers rational and irrational numbers, simplifying radicals and rational exponents, using units to set up and convert problems, interpreting and structuring expressions, and polynomial operations and factoring.

A deep-dive Georgia Milestones Algebra: Concepts & Connections guide to quadratic functions and equations, spanning the Algebra and Functions domains. Covers graphing parabolas and key features, transformations and vertex form, solving by factoring, by square roots and completing the square, the quadratic formula and discriminant, and modeling with quadratics.