A highly visual and hands-on lesson designed to introduce 3rd-grade students to identifying, naming, and finding equivalent fractions using relatable cookie models. This lesson is specifically scaffolded with clear visuals and simplified instructions to support diverse learners, including those with Down syndrome.

A lesson focused on multiplying fractions by whole numbers, specifically where the product results in a proper fraction. Students will use visual models and context-based word problems.

A focused lesson on multiplying fractions by whole numbers through the lens of a busy bakery, covering visual models and real-world word problems.

A foundational lesson designed for 5th-grade students with severe math deficits, focusing on the procedural and logical steps required to solve multi-step fraction story problems involving mixed numbers and unlike denominators.

A hands-on, step-by-step math lesson for 3rd-grade students with IEPs focused on adding and subtracting within 1,000 using base-ten strategies. All student materials are provided in Spanish to support bilingual learners.

A hands-on introductory lesson for SDC preschool to 1st-grade students to learn addition using ten frames and physical counters within a garden-themed context.

A focused lesson on mixed multiplication and division facts up to 12, designed to build fluency and mental math agility in 4th-grade students through a detective-themed practice session.

A comprehensive lesson focused on rounding multi-digit whole numbers to the nearest 10 and 100 using a Western-themed visual approach.

A creative hands-on lesson where students build a 'Place Value Person' to represent numbers up to 120 in six different ways, including standard, expanded, and word forms.

A lesson focused on plotting and identifying fractions (fourths and eighths) on a number line ranging from 0 to 2. Students will practice partitioning and labeling points to build a strong visual understanding of fraction magnitude and equivalence.

A collaborative small-group activity where students work at whiteboards to compare and order fractions with the same denominator through themed 'Forge Challenges'.

A fun, high-energy lesson focusing on mastering two-digit addition and subtraction with and without regrouping. Students practice their skills through a series of "laps" in a math marathon.

A comprehensive lesson for third graders to master identifying coins, counting combinations of change, and managing both bills and coins in real-world scenarios.

A comprehensive lesson on identifying and counting combinations of bills and coins. Students will practice adding mixed denominations, making change, and solving real-world money problems through interactive slides and hands-on activities.

A comprehensive lesson on writing and evaluating numerical expressions using the order of operations, featuring a "Math Mechanics" theme. Students will learn to use grouping symbols to manipulate expression values through guided instruction, a puzzle-based worksheet, and a competitive "Target Takedown" game.

A hands-on lesson for 2nd graders to learn how to measure objects to the nearest whole inch and represent that data on a group line plot. Students act as 'Measure Masters' to collect data and build a collaborative visual display.

A lesson focused on sequencing a typical school day, practicing time-telling, and documenting daily routines through a creative mini-book project.

A subtraction-focused lesson for 3rd graders, mastering 2 and 3-digit subtraction without regrouping through an arcade-themed challenge.

A beginner's guide to mastering the basic functions of a handheld calculator for addition and subtraction. Students will learn to identify key buttons, enter numbers correctly, and solve multi-digit problems with confidence.

A comprehensive introduction to the normal distribution, focusing on the empirical rule and calculating probabilities using z-score tables. Students will learn to visualize data distributions and find areas under the curve.

A 30-minute collaborative lesson where students act as 'Fraction Architects' to compare fractions with the same numerator or denominator using visual models and number lines.