A comprehensive assessment and review of order of operations, exponent properties, and scientific notation, designed for middle or high school math students.

A comprehensive introduction to simplifying fractions using a 'Shrink-O-Matic' lab theme. Students learn to identify common factors and divide to reach the simplest form through differentiated practice and visual models.

A foundational lesson on performing operations with positive and negative integers, featuring clear rules and visual aids for addition, subtraction, multiplication, and division.

A lesson focused on solving algebraic equations that involve the distributive property, teaching students how to 'unlock' parentheses to find the value of a variable.

A lesson on identifying equivalent expressions and simplifying algebraic expressions using properties of operations.

A comprehensive lesson unit focused on 6th-grade algebraic expressions, featuring a detailed study guide and a 20-question assessment. Students will master identifying parts of expressions, writing expressions from phrases, evaluating through substitution, and creating equivalent expressions.

A comprehensive introduction to the distributive property using the metaphor of a delivery service. Students will learn to distribute positive integers to both numerical and variable terms within parentheses through visual models and algebraic practice.

A comprehensive lesson on multiplying and dividing integers, focusing on the rules for signs, the inverse relationship between operations, and real-world applications like debt and elevation.

This lesson covers the fundamental rules for multiplying and dividing integers, focusing on the patterns of positive and negative signs. Students will decode the 'secret' rules and apply them to solve various numerical expressions.

A comprehensive assessment on the Order of Operations (PEMDAS) and basic exponents, designed for a 30-minute testing window with mixed question types.

A comprehensive lesson on the order of operations (PEMDAS) and basic exponent rules, featuring a visual organizer, practice problems, and a summative assessment.

This lesson covers writing, solving, and graphing one-step inequalities. Students will practice translating real-world scenarios into mathematical statements and representing solutions visually on a number line.

A structured, 5-step guided lesson on solving one-step addition and subtraction equations with positive and negative integers, using a blueprint-inspired architectural theme.

A comprehensive lesson on solving one-step addition and subtraction equations using integers, featuring a balance-scale visualization and step-by-step guided practice.

A high-energy, spy-themed lesson where students master the order of operations through matching challenges and a mystery-solving color activity.

A comprehensive geometry lesson covering the calculation of area and perimeter alongside the execution of geometric transformations (translations, reflections, and rotations). Students will apply these concepts through mixed practice, targeted exercises, and a final assessment.

A comprehensive set of practice problems focused on applying 7th-grade math standards to real-world scenarios, including scale drawings, expressions, equations, and rational numbers.

A comprehensive 50-question multiple-choice assessment covering inequalities (writing, graphing, and solving) and angle relationships (vertical, adjacent, complementary, and supplementary) based on Chapter 4 and Chapter 7 review materials.

A comprehensive lesson on basic budgeting, financial vocabulary, and mathematical foundations including fractions and simple algebra, designed for special education students.

A comprehensive suite of informal math assessments focusing on number sense, fractions, prime numbers, integers, and percentages, themed around a high-stakes code-breaking mission.

A high-energy classroom scavenger hunt where students apply geometry concepts like perimeter and area to real-world objects. Students will measure and calculate dimensions for rectangles, squares, and parallelograms found in their environment.