A foundational lesson on solving one-step algebraic equations using inverse operations. Includes a visual reference guide and a structured practice worksheet with mixed operations.

A lesson on solving systems of linear equations using the substitution method (equal values method). Students learn to merge two identities (equations) for the same variable to find the coordinates of the "Double Agent" (intersection point).

A 30-minute introductory lesson on algebraic substitution. Students learn to verify if a given value is a solution to an equation by substituting the variable with the number and checking for equality.

An introductory lesson on solving one-step equations using inverse operations across all four operations. Students will learn to 'undo' operations to isolate variables through the metaphor of a construction blueprint.

A fundamental introduction to solving one-step equations using inverse operations with whole numbers. Students will practice addition, subtraction, multiplication, and division equations.

A comprehensive review of adding and subtracting negative numbers with a final treasure hunt themed activity.

Exploring subtraction by 'diving down' or removing depth, focusing on movement to the left on the number line.

Learning to add integers by 'swimming up' the number line, using simple visual aids and low numbers.

Introduction to the number line, positive and negative integers, and the concept of sea level as zero.

A hands-on lesson focusing on the recognition and application of mathematical symbols in numbers and operations through a collaborative Tarsia puzzle activity.

A comprehensive lesson on supplementary and complementary angles, focusing on definitions, identification, and calculating unknown values in geometric diagrams.

A comprehensive 45-minute TEKS-aligned review for grades 6-8 covering proportional relationships, equations, and geometry through a construction-themed 'Blueprint Builders' challenge. Includes STAAR-style items and error analysis.

A foundational lesson on solving one-step algebraic equations using inverse operations, featuring a comprehensive reference guide and practice opportunities.

A lesson focused on solving one-step linear equations using inverse operations, culminating in a word scramble activity.

A 15-25 minute exploration into how ancient navigators used fixed points (the North Star) and the repeating patterns of the universe (microcosms, macrocosms, and symmetry) to navigate without modern technology.

A 15-30 minute exploration of how ancient Phoenicians used the macrocosm of the stars to navigate the microcosm of their ships, featuring the root words micro/macro/cosmos and the mathematics of rotational symmetry.

A high-energy, medical-themed 50-minute review of proportional relationships, equations, and geometry for middle school students, featuring error analysis and state-test style practice.

A middle school math lesson exploring proportional reasoning through real-world scaling, mapping, and budgeting scenarios. Students use visual models and multiple pathways to solve authentic problems.

An inquiry-based exploration of proportional reasoning through recipe scaling, map navigation, and smart shopping for grades 6-8, aligned to Massachusetts curriculum frameworks.

A comprehensive lesson on solving one-step inequalities using addition and subtraction, featuring a visual anchor chart, guided notes for instruction, and a practice worksheet with number line graphing.

Students will learn to translate verbal phrases into mathematical number sentences using the four operations and solve for unknown values in real-world contexts.

In this lesson, students explore compound events by representing sample spaces through multiple lenses: tree diagrams, outcome tables, and organized lists. They move from simple single events to complex multi-stage experiments, learning to calculate total outcomes and specific probabilities.

Students practice solving rational equations by applying cross-multiplication to proportions. The lesson focuses on setting up the equation, distributing correctly, and isolating the variable.

A spy-themed introduction to the Order of Operations (PEMDAS), covering foundational rules, real-world applications, and common pitfalls through an engaging 'Mission' narrative.

A comprehensive lesson on multiplying and dividing fractions, featuring a variety of problem types including proper fractions, mixed numbers, and whole numbers.

A comprehensive 90-minute math lesson focused on generating and identifying equivalent expressions using properties of operations and substitution. It includes differentiated materials for advanced and scaffolded learners, plus a hands-on building project.

A comprehensive lesson on calculating possible outcomes using tree diagrams and factorials, using an exploration and pathfinding theme.

A March Madness-themed lesson that provides students with a strategic "Game Plan" for deconstructing and solving math word problems. Students use a basketball-themed graphic organizer to scout for data, draft a playbook, and execute their solution.

A comprehensive set of materials for mastering two-digit by two-digit multiplication, designed to support an IEP goal of increasing accuracy from 40% to 80%. Includes a progress tracker, instructional slides, practice worksheets, and assessments.

A comprehensive guide and practice for performing operations with rational numbers, including integers, decimals, and fractions. Students will learn the fundamental rules and apply them to solve various problems.

A lesson focused on translating real-world scenarios into multi-step inequalities, solving them, and interpreting the results within the context of the problem. Students take on the role of 'Inequality Investigators' to solve mathematical mysteries.

A comprehensive lesson on operating with rational numbers including integers, decimals, and fractions. Students utilize detailed reference guides to master complex operations and conversions between number formats.

A comprehensive lesson on understanding, graphing, and solving one-step inequalities, featuring a construction-themed visual guide.

A quick-fire warm-up focusing on mental estimation and conceptual understanding of multiplying and dividing fractions. Students predict whether expressions result in values greater than or less than one.

A comprehensive lesson introducing students to solving one-step inequalities using all four operations, featuring a detective-themed approach to finding solution sets.

A comprehensive guide and practice set for mastering the four basic operations with integers, fractions, and decimals. Students will use reference sheets and practice problems to solidify their understanding of rational number arithmetic.

A comprehensive introduction to solving one-step linear equations using inverse operations, framed as a 'Math Balancing Lab' where students must keep both sides of the equation equal.

A comprehensive introduction to solving one-step linear equations using inverse operations. This lesson includes differentiated practice ranging from guided scaffolding to real-world word problems.

A foundational lesson on exponents, focusing on identifying the base and the power (exponent) and understanding expanded form.

A quick 5-question math morning work assignment for 7th grade students covering scale drawings, equations, percents, and proportionality.

A foundational lesson on solving linear equations using the balance method, designed for students needing extra support. Includes step-by-step guidance and scaffolded practice.

An extension project where 6th-grade students research how multiplying and dividing fractions are essential in various professional fields, from culinary arts to structural engineering.

A foundational math lesson focusing on addition, subtraction, and multiplication with clear, structured steps and predictable patterns designed for students who benefit from visual checklists and high-contrast layouts.

A comprehensive lesson on solving one-step inequalities using addition and subtraction, focusing on symbol recognition and balance concepts.