A week-long immersive statistics unit themed around Canterlot High and the Equestria Girls. Students master data analysis, visualization, and probability through daily challenges and a cumulative review packet.

A two-part unit on solving binomial equations using the distributive property, progressing from foundational integer equations to more challenging scenarios involving negative solutions and larger coefficients.

A transition from mental math fluency to algebraic modeling, focusing on integer arithmetic and solving linear equations with visual tools.

A hands-on geometry unit where students apply area formulas for various polygons and circles to design real-world spaces, including custom bedrooms and mini-golf holes.

A two-lesson unit for 6th-grade students focusing on whole number place value relationships from ones to millions, emphasizing the base-ten structure through hands-on detective-themed activities.

A 4-lesson economics sequence for Special Education students. Lessons progress from solving for market equilibrium algebraically, to using data tables, to graphing intersections, and finally interpreting the real-world meaning of surplus, shortage, and the 'sweet spot'.

A 3-day introductory unit on statistics and probability themed around Johnny Bravo. Students learn mean, median, mode, range, and basic probability through data related to laboratory disruptions and button frequencies.

A 3-day introduction to statistics and probability themed around Dexter's Laboratory. Students analyze DeeDee's disruptions, beaker volumes, and control panel button frequencies to master mean, median, mode, and basic probability.

A comprehensive journey from basic arithmetic to algebraic reasoning, bridging the gap between elementary calculations and middle school expressions.

A comprehensive unit on calculating the area of 2D shapes, focusing on parallelograms, rectangles, squares, triangles, and trapezoids using architectural blueprints as a visual theme.

A series of lessons focused on breaking down complex, multi-step mathematical word problems using visual graphic organizers and logical step-by-step frameworks.