A financial literacy and algebra lesson where students compare car ownership models and use systems of linear equations to find the break-even point between fuel-efficient and gas-guzzling vehicles.

A mini-lesson for 8th-grade math students focused on distinguishing between needs and wants while budgeting for rent and utilities in the Buffalo, NY area. Students will use the 30% rule to evaluate housing affordability and prioritize essential expenses like heating during Buffalo winters.

A competitive Jeopardy-style game to practice addition, subtraction, multiplication, division, and word problems with values ranging from 200 to 800. Includes workspace for teams and a leaderboard for the teacher.

A comprehensive lesson on adding decimals with regrouping, featuring visual step-by-step guides and scaffolded practice to ensure alignment and accuracy.

A comprehensive 6th-grade math lesson on percentages and proportions, focusing on visual modeling with grids and practical shopping applications for 10%, 25%, and 50% discounts.

A comprehensive assessment on linear functions and inequalities for SPED students, covering standard form conversions, parallel/perpendicular lines, linear modeling, and inequalities with built-in IEP accommodations.

A focused practice session on adding and subtracting fractions with unlike denominators, designed to build fluency through structured work areas and reference tools.

A comprehensive remediation series designed for 7th-grade students to master North Carolina math standards, featuring targeted modules for each major domain and daily warm-ups for consistent practice.

A math-meets-art lesson where students solve two-step equations involving rational numbers to decode the features of a unique character portrait. Students practice isolation techniques while creating a blueprint-style drawing.

A foundational geometry lesson covering the calculation of area for 2D shapes and volume for 3D prisms using visual guides and practical formulas.

A step-by-step graphic organizer for calculating unit rates from various real-world scenarios, including multi-step and fractional rate problems.