A 10th-grade Algebra II lesson on adding and subtracting radical expressions by simplifying them first. Students will learn to treat radicals like variables and work collaboratively to refine unsimplified terms into combinable parts.
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 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.