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.

A comprehensive lesson plan for teachers, outlining the instructional sequence, learning objectives, and materials needed to teach Voronoi diagrams through an urban planning lens.

The answer key for 'The Fraction Foundry Worksheet', providing the improper fraction solutions and the intermediate calculation steps for teachers.

A student worksheet titled 'The Fraction Foundry' featuring a color-coded step-by-step guide and 10 conversion problems (mixed numbers to improper fractions) with denominators up to 12.

An answer key for the Fraction Flip Practice Worksheet, including common misconceptions and guidance for the challenge question.

A practice worksheet for students to apply the MAD (Multiply, Add, Denominator) strategy for converting mixed numbers to improper fractions. Revised with improved page break handling and ruled response lines.

A visual anchor chart designed as a notebook handout for students. It uses the "MAD" (Multiply, Add, Denominator) strategy with a blueprint theme to teach converting mixed numbers to improper fractions. Revised for single-page layout.

An answer key and scoring guide for the Geometry Giants and Expression Experts worksheets. This version fixes layout issues and improves the balance of content across pages.

A practice worksheet for grade 6 expressions and equations, focusing on equivalent expressions, the distributive property, and combining like terms. This version improves layout, student work space, and variable visibility.