A 45-minute ESL lesson for 5th graders focused on evaluating how quantitative data supports oral claims, themed around video game popularity trends. Students act as 'Data Detectives' to verify gaming claims using charts and graphs.

Introduces strategies for balancing and solving one-, two-, and multi-step linear equations using inverse operations.

Focuses on mastery of integer operations, absolute value, and rational number properties through visual number line navigation.

Advanced operations and algebraic thinking for the RIT 211-220 range, covering factors, multiples, prime/composite numbers, and multi-step word problems with remainders.

A targeted practice session focusing on Operations and Algebraic Thinking for students in the RIT 201-210 range, featuring multi-step word problems, patterns, and algebraic properties.

A lesson focused on bridging the conceptual understanding of decimal division with the standard algorithm, covering three key scenarios: decimal by whole number, whole number by decimal, and decimal by decimal.

A hands-on exploration of geometry and spatial reasoning using tangrams, featuring puzzles across four diverse themes with varying difficulty levels.

A math practice lesson focused on first-grade addition and time-telling skills, themed around the animals of the African savannah.

A collection of STAAR-aligned multi-step word problems for 4th-grade math, focusing on multiplication, division, fractions, and decimals using the RDW (Read, Draw, Write) strategy.

A 45-minute introductory lesson on independent and dependent variables using sports and nature contexts. Students will learn to identify variables, understand cause-and-effect relationships, and represent them in tables and graphs.

A collection of STAAR-aligned two-step word problems designed for 3rd-grade math mastery. This lesson focuses on problem-solving strategies for addition, subtraction, multiplication, and division scenarios commonly found on the Texas state assessment.

A comprehensive set of tools for assessing and tracking a student's ability to identify numbers 1 through 20 in randomized order.

A visual, video-game themed lesson on two-way frequency tables designed for 8th-grade special education students using Minecraft and Garry's Mod examples.

A lesson focused on understanding and converting between fractions and decimals using visual models and step-by-step procedures. Designed for students needing scaffolded support and reduced visual clutter.

A lesson focused on developing a foundational understanding of volume by counting unit cubes within rectangular prisms, designed for students needing repetitive skill practice and clear visual support.

This lesson focuses on identifying and calculating measures for vertical and adjacent angles using simple one-step equations, designed specifically for learners who benefit from clear visual scaffolding.

A 15-minute collaborative activity where students work in teams to measure acute, obtuse, and right angles with degree-level precision using a protractor.

A collaborative escape room activity where students solve elapsed time puzzles themed around air travel and flight schedules to 'unlock' their grounded plane.

A 3-minute curriculum-based measure designed for 5th-grade students to assess fluency and accuracy when adding fractions with common denominators, including computation and word problems.

Students explore elapsed time by calculating start and end times through collaborative partner tasks. Using a time travel agency theme, they practice mental math and number line strategies to solve real-world duration problems.

A small group intervention lesson focused on multi-digit multiplication using area models and the standard algorithm. Students act as 'Product Architects' to build large products from smaller parts.

A collection of hands-on partner activities for kindergarteners to master composing and decomposing the numbers 6-9 using snap cubes, counters, and ten-frames.

A comprehensive review of circle geometry for Honors students, covering angle-arc relationships (central, inscribed, interior, and exterior) and segment lengths (chords, secants, and tangents) through technical blueprint-style visuals and complex algebraic applications.

A comprehensive introduction to Right Triangle Trigonometry (SOH CAH TOA) aligned with Illinois High School Geometry standards. Students will explore ratios, solve for missing dimensions, and apply trigonometry to real-world surveying scenarios.

A focused lesson on transformations of quadratic and polynomial functions, emphasizing multiple-select assessments and justification of work. Students will analyze how changes in function equations affect their graphical representations.

A 5th-grade lesson introducing decimal division using base-10 block models. Students explore both sharing (partitive) and grouping (quotative) division scenarios through a collaborative 'Building Thinking Classrooms' task.

A mini-lesson on adding and subtracting mixed numbers using decomposition and number line 'adding up' strategies, featuring a construction-themed approach.

A specialized lesson for adding fractions with unlike denominators (sum ≤ 1) designed for a modified 5th-grade math class, utilizing fraction strips as the primary visual model.

A series of high-level performance tasks where students apply fractional and decimal reasoning to real-world engineering and design challenges. Students will navigate budget constraints and spatial limitations to create blueprints and project plans.

A geometry project where students design a futuristic city park using complex polygons, coordinate geometry, and volume calculations. This project-based learning investigation challenges students to balance aesthetic design with mathematical constraints and cost-efficiency.

Synthesizing the design data into a professional digital presentation, including a project reflection and peer review of station designs.

Analyzing flight paths and resource consumption using numerical patterns, input-output tables, and graphing relationships on the coordinate plane.

Using coordinate geometry to design station modules as specific polygons, calculating dimensions, and identifying geometric properties on the grid.

Introduction to the space station mission, establishing the coordinate grid system, and plotting the core anchor points of the station using precise coordinates.