Teaching guide for Lesson 1, including pacing, common misconceptions, and discussion prompts for defining functions.
A high-intensity, 120-minute math simulation. Students act as lead consultants, completing a high-speed skill warmup before selecting a professional sector (Music, Urban Planning, Rocket Science, or Sports Analytics) to solve a series of complex work orders.
A high school statistics lesson that applies concepts of data representation, probability, and outlier analysis to Cartoon Network shows across different eras.
The corresponding 2-page teacher answer key for the Cartoon Network statistics worksheet, providing all solved values, completed tally charts, filled-in bar graphs, two-way contingency table solutions, exact probability fractions, and step-by-step IQR outlier calculations in high-contrast red font.
A curriculum sequence combining math, art, and drafting to explore geometric scale, spatial relationships, and coordinate systems in design.
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.
A 2-page statistics worksheet for high school freshmen featuring a Cartoon Network theme. It covers frequency tallying and bar graphing (Page 1), and probability contingency tables and runtime outlier analysis using the 1.5 IQR rule (Page 2).
A multi-day, highly engaging math sequence that teaches students the financial mechanics of a venture capital pitch. Students learn to calculate unit profit, retail markups, margin percentages, company valuation, and equity offers to prepare their own Shark Tank-style pitches.
A high-intensity, 2-hour math simulation where students act as lead consultants. They complete a scaffolded Skill Warmup before choosing one of four career paths (Music, Urban, Rocket, or Sports) to solve real-world "Work Orders" and delivering an Executive Pitch.
A comprehensive, high-density single-page reference guide that displays all core mathematical models (Systems, Binomial Box Method, Trinomial Factoring, Sequences, Quadratics, and Scatter plots) to support consultants during the Career Summit.
A comprehensive 6-page career simulation readiness packet covering systems of equations, polynomial multiplication (Box Method), factoring trinomials, arithmetic/geometric sequence telemetry, rocket trajectory vertices, and scatter plots. Scaffolded with clean workspaces, high-contrast visual grids, and certification sign-offs to prepare student consultants for the Career Summit.
