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Parade Float

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Preview of Thanksgiving | Math | Parade Balloon Geometry | K-12

Thanksgiving | Math | Parade Balloon Geometry | K-12

Title Thanksgiving | Math | Parade Balloon Geometry | K-12Product Description💡 Overview: Students use 2D and 3D geometry to model parade balloons, connecting surface area, volume, and shape classification to a beloved Thanksgiving tradition. ✍️ Overview & Purpose (from lesson): Students calculate volume and surface area of balloon models. Purpose: connect geometry formulas to real-world applications like engineering parade balloons. How It Can Be Used:🎈 Calculate dimensions for 3D ball
Preview of Grade 8 Thanksgiving Math Algebra Geometry Volume Area Ratio Budget STEM Linear

Grade 8 Thanksgiving Math Algebra Geometry Volume Area Ratio Budget STEM Linear

Turn Thanksgiving into a hands-on STEM design challenge. In this 10-page, black-and-white worksheet pack, students plan, budget, and engineer a parade float using Grade 8 math. Each page includes a clear design scenario, a reproducible line-art illustration prompt, and 10 rigorous problems that blend geometry (volume, surface area, Pythagorean theorem), algebra (functions, equations, inequalities), ratio/scale, and cost analysis. The final item on every page is a multi-step challenge that pushes
Preview of Finding Missing Angles with Algebra - Build a Thanksgiving/Christmas Parade

Finding Missing Angles with Algebra - Build a Thanksgiving/Christmas Parade

This is such a fun activity before Thanksgiving Break! My students love building their parades in groups of 6, but you could have students work individually, in pairs or threes! Students use their knowledge of angles and triangles to set up and solve equations to find missing angles. Their correct answers will prompt them to draw a float for the Thanksgiving Day Parade!
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