A thematic graphic organizer designed as a "Prep Station" to guide students through the four key steps of dividing mixed numbers: identifying values, converting to improper fractions, multiplying by the reciprocal, and simplifying the result.

A teacher guide for the Kitchen Calculus lesson, including instructional strategies, pacing guides, common misconceptions, and differentiation tips.

An answer key for the Whisk Away Worksheet, providing step-by-step solutions for all 10 cooking-themed division problems.

A student worksheet containing 10 cooking-themed word problems that require dividing mixed numbers by mixed numbers, with dedicated space for student work.

An instructional slide deck for introducing the division of mixed numbers using cooking-themed word problems and step-by-step visual guides.

Instructional slides for a lesson on radicals, focusing on simplification, complex numbers, rational exponents, and solving radical equations. Revised with improved layout, increased font sizes, and missing topic coverage.

Complete answer key for the Radical Power Quiz, revised for better legibility and to prevent solution overflow. Includes detailed step-by-step bonus solution.

A 20-question quiz on radicals for Algebra 2, covering simplifying, operations, complex numbers, equations, and conversions, with dedicated space for student work. Revised for better layout and font sizing.

A summative project guide where students design a city's infrastructure layout, constructing a 5-seed Voronoi diagram and providing mathematical proof of its efficiency.

A math worksheet that combines geometry and algebra, requiring students to calculate the equations of perpendicular bisectors and find Voronoi vertices through systems of linear equations.

A hands-on activity sheet where students use a compass and straightedge to construct a Voronoi diagram for three "fire stations" on a grid, reinforcing the concept of the perpendicular bisector.

A visual slide deck that defines Voronoi diagrams, explains the construction algorithm using perpendicular bisectors, and shows real-world applications in urban planning and beyond.