A 2-page student worksheet focusing on constructing linear regression models, interpreting slope and intercepts in context, and applying multi-variable algebraic modeling to optimize player recruitment ROI.

A highly visual 5-slide presentation designed to introduce students to sabermetrics, linear regression modeling, and their roles as general managers in the Draft Day simulation.

A comprehensive 2-page teacher facilitation guide outlining pacing, standards, learning objectives, and pedagogical strategies for running the Sabermetrics simulation in a high school mathematics classroom.

A comprehensive, 2-page answer key for the Wave Wizards Practice Sheet. It includes completed tables, an overlaid sine curve on the coordinate grid, and step-by-step solutions for the real-world tidal modeling problems.

A 3-page comprehensive Teacher Answer Key containing complete solutions, calculated steps, matching keys, and fully labeled mathematical answers for the Wave Riders units.

A 3-page student practice worksheet designed to complement the guided notes. Features structured exercises for parameter identification, equation matching, wave sketching, graph-to-equation translation, and two real-world modeling scenarios (Ferris Wheel and Seasonal Temperature).

A 3-page comprehensive Teacher Answer Key containing complete solutions, calculated steps, matching keys, and fully labeled mathematical answers for the Wave Riders units.

A 3-page student practice worksheet designed to complement the guided notes. Features structured exercises for parameter identification, equation matching, wave sketching, graph-to-equation translation, and two real-world modeling scenarios (Ferris Wheel and Seasonal Temperature).

A comprehensive 2-page teacher reference manual, pacing guide, and answer key detailing exact solutions, graphing points, and step-by-step math explanations for Wave Wizards.

A 2-page student worksheet containing matching practice problems for calculating wave parameters, sketching sine and cosine curves on grids, reverse-engineering formulas from graphs, and a high-fidelity real-world modeling problem.

Guided notes packet (3 pages) teaching transformed sine and cosine waves. Uses robust, high-fidelity HTML/CSS math formatting to ensure flawless rendering. Includes standard equations, key variables, an annotated graph diagram, graphing guides, and a step-by-step real-world tides modeling guide.

A highly structured, 2-page fill-in-the-blank guided notes packet. Includes standard trig formulas, key parameter tables, and coordinate grid fields for sketching wave transformations.

A beautifully themed slide deck (16:9 ratio) for teaching wave transformations, parameters, graphing, and real-world modeling of sine and cosine functions.