A lesson focused on adding and subtracting fractions with unlike denominators up to 10, utilizing a structural blueprint-themed graphic organizer to guide students through finding the LCM, renaming fractions, and computing the final result.

A high-energy, video-game-themed math lesson where students help Sonic train and achieve super speed by building three-digit numbers using place value blocks. Includes hands-on task cards, a recording sheet for student accountability, and a teacher answer key.

A visually-supported math lesson where students compare grocery prices between two supermarkets, calculate totals using color-coded guide boxes, and determine the best deals. Designed with rich visual support and clear calculation aids for accessibility.

A lesson focused on building multiplication fact fluency for factors 1 to 12. It features a leveled progression worksheet system (Bronze, Silver, and Gold tiers) designed to assess speed and accuracy.

A lesson designed for IEP students focusing on the order of operations using GEMDAS (Grouping, Exponents, Multiplication/Division, Addition/Subtraction). It features shape-coded guided steps and simplified numbers to scaffold comprehension.

A lesson designed to teach students how to add and subtract fractions with unlike denominators using visual area models, fraction bars, and step-by-step color-coded graphic organizers.

A math lesson focusing on division with remainders in an archeological fossil sorting scenario. Students divide 5,346 by 7 using a multiples toolkit and partial quotients.

A math lesson focusing on division with remainders in a futuristic spaceship boarding scenario. Students divide 2,831 by 5 using a multiples toolkit and partial quotients.

A math lesson focusing on division with remainders in a basketball team division scenario. Students divide 1,004 by 8 using a multiples toolkit and partial quotients.

A scaffolded math lesson focusing on the partial quotients division method using a real-world orchard word problem. Students build a multiples toolkit to solve 1,549 divided by 6 step-by-step.

A lesson introducing the partial quotients strategy using missing factors, themed around a basketball tournament division problem (1,004 players split into teams of 8).

A highly visual lesson introducing 4-digit by 1-digit division using the partial quotients and area model methods. Students learn to distribute cosmic cargo systematically using friendly numbers and guided workspace scaffolds.

A comprehensive 4th-grade division lesson focused on 3-digit by 1-digit division using Area Model and Partial Quotients strategies, featuring computational practice, checking with multiplication, and real-world word problems.

A interactive lesson centered on counting mixed coin combinations under $1.00 using structured coin banks and visual touch-points. Includes a student worksheet and an answer key.

An immersive, celebratory end-of-the-year math escape room lesson where students use their Order of Operations skills (PEMDAS, fractions, and exponents) to crack the final school locker locks and unlock their summer vacation.

A highly visual, engaging math lesson set in a retro diner, helping students master real-world money skills including the next-dollar up strategy, exact bill combinations, adding items, and calculating change.

A comprehensive 60-minute math adventure where students calculate 8% sales tax, find grand totals, and make change for high-value video game shop purchases using color-coded steps, graphic organizers, and visual play money.

A structured math lesson guiding students through adding and subtracting mixed numbers and proper fractions. Includes visual graphic organizers for step-by-step conversion and computation.

A fourth-grade lesson focused on solving two-step word problems using all four operations, featuring scaffolded, color-coded steps to assist students in breaking down multi-step arithmetic tasks.

A math lesson designed to help fourth graders master multi-digit calculations across all four operations. Uses a structured blueprint-drafting grid theme to scaffold vertical place-value alignment and regrouping steps.

A comprehensive 4th grade math North Carolina End-of-Grade review packet covering all core domains (NBT, OA, NF, MD, and G) through an engaging regional quest across NC.

A lesson focused on identifying action words and key phrases in single-step word problems to determine which of the four basic math operations to apply. Includes highlighted visual scaffolds to support diverse learners.

A conceptually focused lesson on addition and subtraction with regrouping, using base-ten block representations to physically build and break apart tens. Students learn exactly when and why regrouping is necessary through visual models.

A lesson teaching student how to measure and calculate elapsed time using analog and digital clocks, progressing from hours and half hours to five-minute intervals.

A progressive multi-level worksheet pack designed to master double-digit multiplication using custom, enlarged alignment grids to support spatial organization and focus.

A 30-minute basketball-themed lesson focusing on Mean and Median with simplified data sets for accessible, friendly calculations. Includes an anchor chart, practice worksheet, rapid-fire warm-up drill, exit ticket, and a comprehensive teacher guide.

A comprehensive 5th-grade math lesson focusing on real-world money skills, featuring decimal operations, budget management, making change, and calculating sales tax. The lesson includes instructional presentation slides, a multi-page student activity packet, and an extensive teacher guide with full answer keys.

A lesson designed to master three-digit addition with regrouping using visual place value grids to guide students through carrying ten ones or ten tens.

A collection of ready-to-print math puzzle worksheets and a teacher answer key designed to reinforce elementary arithmetic through engaging spy-themed cryptograms and pixel art.

Students apply their mathematical knowledge to their own inventions. They calculate their product costs, set their retail price, determine their company valuation, and write the math portion of their pitch speech.

Students tackle company valuations, percentage offers, and equity calculations. They learn the math behind asking for investment and determining what percentage of their company to sell.