A lesson where students act as data detectives, collecting their own survey data, organizing it in a frequency table and histogram, and analyzing it using central tendency measures (mean, median, mode, and range).

A focused lesson on simplifying fractions using visual models, greatest common factors, and guided practice. Students learn to 'shrink' fractions to their simplest form using a lab-themed framework.

An assessment package for solving one-step equations involving whole number multiplication and division. Includes a student assessment worksheet and a teacher answer key with detailed step-by-step solutions.

A hands-on geometry lesson where students head outdoors to measure shadows and use the Pythagorean theorem and geometric ratios to calculate the height of school structures. Includes a lesson plan, slide deck, outdoor activity guide, and reflection journal.

A hands-on geometry lesson exploring how scaling the linear dimensions of 3D solids by a scale factor k impacts their total surface area (by k²) and volume (by k³). Features interactive model-scaling examples, a vocabulary challenge, and guided practice.

A scaffolded lesson for 7th-grade students to master finding common denominators using the Least Common Multiple (LCM) strategy, structured around a technical blueprint drafting theme.

A comprehensive lesson introducing fraction simplification using visual fraction strip models as key scaffolding, complete with guided worksheets, error analysis, and a teacher answer key.

A structured, 7th-grade lesson on fraction operations (simplifying, finding common denominators, adding, subtracting, multiplying, and dividing) with color-coded step-by-step guides to support learners.

A movie companion lesson set for Despicable Me 4, targeting 5th and 6th-grade students. It features highly engaging math and reading comprehension worksheets organized around specific movie pause timestamps, plus a teacher answer key and guide.

An end-of-year educational movie unit and math workbook based on the story of Super Mario Galaxy. Students explore gravity, orbits, and space physics through active viewing, followed by high-energy space-themed math puzzles.

A middle school statistics lesson focused on comparing box plots, understanding quartiles, and making proportional predictions using sample data. Includes parallel standard and scaffolded interactive notebook spreads.

An engaging amusement park themed math lesson where 7th-grade students act as park planners. Reading ride wait-time box plots, students solve realistic visitor volume predictions with simple percentage calculations.

A collection of high-interest, independent math challenges for early finishers, covering Algebraic Expressions, Probability & Statistics, and Ratios & Proportions. Features creative projects, real-world applications, logic puzzles, and peer-teaching activities.

A high-interest word problem mission where students use visual graphic organizers and self-monitoring checklists to solve multi-digit multiplication and division challenges.

A minimalist, high-contrast geometry lesson where students solve multi-step area and perimeter problems. It features clean, print-friendly task cards with visual scaffolds and simplified language to support diverse learners.

A middle school algebraic modeling lesson. Students use the distributive property and combine like terms to simplify expressions inspired by real-world gears, soccer bundles, customized sneakers, gaming loot packages, and dirt bike maintenance packs.

A retro-arcade themed lesson on mean, median, mode, and range modified for IEP students. Features simplified definition-focused questions, single-digit numbers with visual counters, and multiple-choice options.

A beginner-friendly algebra lesson focused on translating word sentences into single-variable equations and solving them. Students learn to decode mathematical language and apply inverse operations using only positive whole numbers.

An 8th-grade Algebra lesson introducing exponential growth. Students investigate linear vs. exponential growth models by examining the tragic 1924 history of Calvin Coolidge Jr.'s fatal bacterial infection and how the exponential growth of Penicillium mold led to the discovery of life-saving penicillin.

A hands-on 6th-grade statistics lesson where students collect sibling data from classmates, construct a physical dot plot, and then transition to Google Sheets to calculate key statistical measures (mean, median, mode, range) and generate digital charts.

A structured math lesson focused on functional real-world math skills, covering decimals, money, multi-digit operations, percentages (10% and 50%), and word problem solving. Includes a 3-page study packet, a visual anchor chart reference sheet, and a complete teacher guide.

An immersive, pirate-themed math escape room where students solve puzzles in multi-digit multiplication, long division, fraction operations, and decimals to crack codes and discover Captain Blackbeard's legendary lost treasure.

A comprehensive practice and support system designed to reinforce fundamental operations, including fractions, multi-digit integers, and decimals. Features a structured 2-page workspace worksheet, a detailed step-by-step teacher answer key, and a visual diagnostic anchor chart.

A comprehensive 6th-grade statistics unit resources focusing on Mean, Median, Mode, Range, and Mean Absolute Deviation (MAD), themed around sports, gaming, and the environment.

Compare and order integers, fractions, and decimals on a number line using inequality symbols, concluding with two comprehensive exit questions.

Navigate number lines partitioned into tenths to locate and represent positive and negative decimals.

Master partitioning a number line into equal intervals to accurately locate, label, and plot positive and negative fractions and mixed numbers.

Learn the structure of a number line, identify integers, find opposites, and explore the meaning of zero as a starting reference point.

Unlock division's conceptual meanings of sharing and grouping. Students will use dice and cards to determine dividends and divisors, build visual models using counters/chips, and link division back to its inverse, multiplication.

Explore the core conceptual meanings of multiplication (equal groups, arrays, and area models). Students will use playing cards to roll factors and model multiplication concepts using integer chips as counters to build structural understanding.

Conquer multi-digit subtraction with regrouping. Students use cards and dice to generate values, set up subtraction problems, and apply the standard algorithm, modeling difficult regrouping scenarios with integer chips for conceptual grounding.

Master multi-digit addition using standard algorithms. Students will participate in a cooperative dice-rolling challenge to construct and solve complex additions, verifying their work using visual estimation and structural properties.