A math lesson focused on double-digit by single-digit multiplication without regrouping, using a clean, traditional vertical format.

A mini-lesson on graphing, analyzing, and modeling transformed sine and cosine trigonometric waves. Students learn to identify key parameters (amplitude, period, phase shift, midline) from equations and graphs, and apply them to periodic real-world scenarios.

A mini-lesson on transforming trigonometric sine and cosine functions. Students will learn to identify key wave parameters, sketch transformations on a grid, write equations from sinusoidal graphs, and model real-world periodic phenomena.

A targeted support unit for 8th-grade special education math, featuring a step-by-step direct instruction teacher script and high-contrast, color-coded visual anchor charts. The materials cover the Pythagorean Theorem, rational vs. irrational numbers, powers of 10, and word problem modeling.

An active, hands-on classroom scavenger hunt where 5th-grade students search for hidden geometric angle cards and use protractors to measure and classify them. Includes a comprehensive lesson plan, anchor chart reference, printable hunt cards, a student recording sheet, and a teacher answer key.

An active, hands-on geometry lesson where students become 'Angle Detectives,' exploring their classroom environment to identify, estimate, and measure real-world angles using protractors. This bundle contains interactive presentation slides, a hands-on scavenger hunt activity, and a quick exit ticket.

A bilingual English/Spanish algebra placement test lesson, tailored for English Language Learners and students needing dual-language support.

A comprehensive guided lesson on adding and subtracting fractions with unlike denominators, emphasizing physical and visual fraction bar models to build conceptual equivalence.

A high school Algebra 2 vocabulary card-sort activity focusing on the essential graphical and algebraic features of functions. Students match 8 key terms with their definitions, paste them onto a structured sorting board, and sketch or write custom examples for each feature.

A math assessment package for 5th-grade multi-step word problems featuring built-in visual graphic organizers, operation checklists, and keyword guides. Includes a student printable test and a comprehensive teacher answer key with step-by-step rubrics.

A lesson focused on mastering inverse operations to solve single-step variable equations. Students learn to 'undo' addition, subtraction, multiplication, and division to isolate the variable and solve for the unknown.

A fun, interactive diner-themed lesson where students learn to calculate unit prices from bulk quantities using burger ingredients. Students practice dividing money amounts by integers to find cost per slice, patty, or bun, and then apply these rates to calculate the total cost of building custom burgers.

A targeted instructional lesson on 2-digit by 2-digit multiplication with regrouping. It uses consistent color-coding, grid alignment guides, regrouping boxes, and a self-talk checklist to scaffold student learning from guided presentation to independent practice.

A geometry lesson focused on calculating the surface area and volume of polyhedrons (prisms and pyramids) using visual flat nets and color-coded formula steps. Includes a high-impact Visual Anchor Chart and a step-by-step student Desk Checklist.

An introductory unit on three-dimensional geometry, focusing on polyhedrons, their components, and shape classification.

An assessment on solving multi-step word problems using all four operations. Includes a graphic-organizer-based student worksheet and a detailed teacher answer key with worked solutions.

A foundational lesson exploring how objects, animals, and helpers in our world connect. Students learn to identify associations and explain the logical relationships between paired items through interactive slides, drawing lines, and cut-and-paste worksheets.

A mathematics lesson focused on breaking down and solving two-step mixed operation word problems. Students use structured graphic organizers themed around carnival ticket purchases, ride costs, and prize booths to master multi-step problem solving.

Students research ingredients, draft sensory-rich descriptions, and use structured persuasive paragraph scaffolds to write and present a compelling business pitch.

Students calculate ingredient costs, set item prices, and analyze profit margins using decimal operations, and apply ratios to adjust recipe sizes for their custom food truck menus.

A targeted computational practice suite for 7th-grade math, covering integers, fractions/decimals, one-step equations, and percentages. Features tiered levels of scaffolding (Mild, Medium, Spicy) to support and challenge all learners.

A comprehensive sixth-grade lesson bridging planetary science and proportional math. Students use ratio reasoning and unit rates to calculate scaled planetary distances and build a physical model of the solar system.

A second-grade beginner's lesson on reading analog clocks to the hour and half-hour, connecting time-telling to daily routines through a fun detective-themed investigation.

A comprehensive practice package designed for 3rd-grade students preparing for the North Carolina End-of-Grade (EOG) Mathematics assessment. It includes a complete 48-question exam covering all highly-tested standard course of study domains, an interactive student grid, an item-to-standard alignment map, and a full explanatory answer key.

A comprehensive 7th-grade math assessment designed with academic accommodations, featuring large fonts, simplified layouts, visual aids, and dedicated workspaces. The assessment evaluates student mastery of Expressions and Equations, Geometry, the Number System, and Proportional Relationships.

A visual, interactive math lesson focusing on converting mixed numbers to improper fractions. Students use concrete visual models including fraction circles and fraction tiles to understand how wholes are cut into fractional parts.

A comprehensive sixth-grade geometry lesson pack focused on visual methods for decomposing shapes to find area and packing rectangular prisms to find volume under MA standards.