A comprehensive lesson on solving proportional word problems using a culinary theme. Students will learn to set up and solve proportions using cross-multiplication and scaling strategies.

A lesson covering the step-by-step process of finding the algebraic inverse of basic logarithmic functions with various bases.

Assembling full algebraic expressions and equations, learning to manipulate variables like architectural components.

Introducing the concept of the unknown as a structural gap that needs to be filled, shifting from arithmetic to early algebraic thinking.

Scaling up operations with multiplication and division, exploring arrays and equal groups as the scaffolding for complex math.

Mastering the core mechanics of addition and subtraction using place value and architectural grouping strategies.

A focused lesson on finding the inverse of basic logarithmic functions using algebraic steps, specifically focusing on base 10 and base 2.

Students will learn to identify base and height dimensions and apply formulas to find the area of various quadrilaterals and triangles using step-by-step checklists.

A comprehensive lesson on linear relationships, covering parallel and perpendicular lines, writing equations, and interpreting linear models in real-world contexts, specifically scaffolded for students with IEPs.

A creative end-of-year project where students choose between three paths to demonstrate mastery of transformations, linear equations, exponents, and bivariate data. Designed with scaffolded options for 8th-grade students.

The final project phase where students select one of three real-world career paths (Music Mogul, Urban Planner, or Sports Analyst) to apply their mathematical knowledge in a summative assessment.

Scaffolded practice activities ('Skill Missions') that review key concepts: linear equations, systems, sequences, lines of best fit, and factoring. These activities ensure students have the foundational skills needed for their final project.

Students learn to select and apply appropriate measures of center and variability based on data distribution (symmetric vs. skewed), with real-world practice comparing wait times and student heights.

A geometry lesson focused on calculating the area of squares, rectangles, and circles, as well as the circumference of circles, featuring Finley the dog.

A comprehensive introduction to calculating speed using the formula Speed = Distance ÷ Time. This lesson uses a racing-themed framework to guide students through identifying units, setting up calculations, and solving whole-number word problems.

A collection of resources to support students completing their summer geometry packet, focusing on algebra foundations and geometric word problem applications.

A lesson focused on identifying key features (vertex, intercepts) and graphing quadratic equations across standard, vertex, and factored forms.

A modified coordinate plane lesson for IEP students focusing on plotting points in all four quadrants to create a seasonal flower image. Includes scaffolding such as color-coding and directional prompts.

An introduction to the coordinate plane, focusing on identifying the x-axis, y-axis, and the origin to begin plotting ordered pairs.

A beginner-friendly introduction to the four-quadrant coordinate plane, specifically designed with scaffolding and visual aids for students with diverse learning needs. Students will practice plotting points to reveal basic shapes, emojis, holiday symbols, and characters.

A focused challenge on identifying triangle congruence theorems through formal proofs, requiring students to complete statement-reason tables.