A comprehensive guide to the ancient Egyptian method of multiplication using doubling and addition, featuring step-by-step instructions and practice problems with double and triple-digit numbers.
A foundational high school math support lesson focused on master operating with fractions and decimals. Includes a step-by-step graphic organizer for execution and an in-depth vocabulary guide translating word problems to mathematical operations.
A seventh-grade geometry lesson focusing on calculating the area and circumference of circles, as well as the area of triangles, parallelograms, and trapezoids, featuring simplified numbers and visual scaffolding.
A high-engagement 6th-to-7th grade bridge lesson that connects ratio tables and graphing (NY-6.RP.3a) to the constant of proportionality and proportional relationships (NY-7.RP.2). Students act as detectives solving blueprint puzzles using coordinate planes and ratio analysis.
An engaging hands-on math lab where students collect empirical data using Skittles candies to build probability models, compare experimental and theoretical probabilities, and analyze compound events.
A stations-based decimal addition and subtraction activity where students rotate through virtual storefronts to buy school supplies, tech, sports gear, and room decor within a set budget.
A comprehensive lesson bundle on 6th-grade decimal operations (addition, subtraction, multiplication, and division) featuring real-world multi-step word problems in a retro 1950s diner context. Includes a teacher guide, presentation slides, a student worksheet, an exit ticket, and answer keys.
A scaffolded statistics lesson using Lego bricks to teach mean, median, mode, and range. Designed with concrete visual aids, color-coded formulas, and pre-sorted datasets to support diverse learners.
A middle-school math lesson focused on identifying and isolating extraneous information in multi-step word problems. It teaches students to separate relevant data from distracting context using an intuitive, column-based graphic organizer.
A high-engagement math activity set where students solve 20 distinct word problems structured as 'Case Files'. Perfect for independent practice, centers, or cooperative learning stations.
A comprehensive 60-minute practice lesson focused on adding, subtracting, and multiplying whole numbers and decimals up to the hundredths place. Features a structured, arcade-themed student packet and a matching teacher answer key.
A comprehensive lesson focused on mastering coordinate graphing using ordered pairs in the first quadrant. Students engage with interactive task cards and a structured recording sheet to plot points, identify coordinates, analyze spatial relationships, and draw shapes on grids.
A interactive lesson exploring coordinate geometry, ordered pairs, and plotting on a 2D coordinate plane. Includes hands-on task cards to practice coordinates.
Une leçon de remédiation en mathématiques sur le produit en croix pour les élèves de CAP Agricole, bilingue Français/Bislama, intégrant des situations concrètes de l'agriculture calédonienne et du Vanuatu (calcul d'aliments pour bétail, dosage de traitements, densité de semis).
A comprehensive classroom activity lesson featuring standard-sized fraction task cards for practice and a detailed step-by-step visual model answer key.
A comprehensive collection of 20 clean, minimalist math task cards covering primary and intermediate arithmetic, geometry, fractions, and order of operations. Complete with a student-friendly layout and a teacher answer key.
A collection of math task cards covering primary arithmetic, fractions, geometry, and coordinates, designed for engaging math centers and collaborative station learning.
A comprehensive resource suite designed to teach students how to multiply and divide fractions through structured step-by-step anchor charts, visual models, and memory aids.
A visual, blueprint-themed guide to mastering decimal multiplication and division. Includes large classroom-ready anchor charts and individual student desk checklist cards for step-by-step scaffolding.
A collection of open-ended, customizable division workspace templates that allow teachers to write custom division problems and students to practice the partial quotients method with any numbers.