A comprehensive unit introducing the fundamental building blocks of geometry: points, lines, planes, segment addition, distance/midpoint formulas, angle addition, and basic angle relationships. Includes multi-day guided notes and teacher resources.

A scaffolded algebra lesson designed for 8th-grade students with IEPs to master converting linear equations, identifying equivalent standard forms, and analyzing parallel and perpendicular lines through graphic organizers and step-by-step visual templates.

A comprehensive geometry unit review lesson covering transformations, angle relationships, the distance formula, and triangle congruence criteria. This lesson provides students with structured practice and self-contained explanations to solidify basic identification and direct application of these core geometric principles.

An introductory algebra lesson on solving multi-step equations with variables on both sides. Students use the visual metaphor of a cosmic balance scale to perform operations simultaneously on both sides, working toward isolating the unknown variable.

A complete instructional lesson on solving multi-step equations in Algebra 1, utilizing a 'Top-Secret Case File' theme. It includes briefing slides, a structured student case-file worksheet, and a detailed answer key.

A comprehensive review of the Geometry New York State Regents curriculum, focusing on proofs, transformations, similarity, trigonometry, and coordinate geometry.

A comprehensive review of the Algebra 1 New York State Next Generation Regents curriculum, focusing on linear, exponential, and quadratic functions, statistics, and algebraic procedures.

A comprehensive review of the Algebra 2 New York State Regents curriculum, focusing on key formulas, concepts, and calculator strategies.

A full-length mock exam and final review of test-taking strategies for the Algebra 1 Regents.

Interpreting data through box plots, histograms, and scatter plots, including correlation and causation analysis.

Analyzing quadratic functions, solving equations via multiple methods, and modeling real-world projectile motion.

Exploring polynomial operations, factoring techniques, and identifying zeros of functions.

Mastering linear equations, inequalities, systems, and their graphical representations with a focus on Regents-style word problems.