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Preview of Plotting Points in p5.js – Lesson 1

Plotting Points in p5.js – Lesson 1

Created by
Tech Savvy
🎯 Plotting Points in p5.js – Lesson 1 Introduce your students to coding and graphing in an engaging, beginner-friendly way with this Lesson 1: Plotting Points in p5.js resource! Students learn how to plot coordinates while exploring creative coding using the p5.js editor. This lesson is perfect for teachers looking to blend math, technology, and creativity—even with little to no coding experience. 📦 What’s Included: ✅ Editable Canva lesson template (customizable + easy to assign!) ✅ R
Preview of AP Calculus Volumes with Cross Sections: 3D Print Models Bundle

AP Calculus Volumes with Cross Sections: 3D Print Models Bundle

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print 5 models of volumes whose cross sections are perpendicular to the x-axis, between the curves y=x^2 and y=sqrt(x). These reflect examples found in online free flipped classroom resources and YouTube videos. The 6th volume graph models an example from AP Calculus unit 8.7 examples and is of a volume whose cross sections are squares, within a circle with radius 4. The download is for a ZIP file
Preview of AP Calculus Volumes 3D Print Model: Circle with radius 4 & square cross-sections

AP Calculus Volumes 3D Print Model: Circle with radius 4 & square cross-sections

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are squares perpendicular to the x-axis, whose base is the equation of a circle with radius 4. This is a classic example used in multiple calculus textbooks, online resources and advanced placement. The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Calculus Volumes 3D Print Model: Equilateral Triangle in y=x^2 and y=sqrt(x)

Calculus Volumes 3D Print Model: Equilateral Triangle in y=x^2 and y=sqrt(x)

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are equilateral triangles perpendicular to the x-axis, whose base is defined by the distance between the curves y=x^2 and y=sqrt(x). The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Calculus Volumes 3D Print Model: Isosceles Triangles between y=x^2 and y=sqrt(x)

Calculus Volumes 3D Print Model: Isosceles Triangles between y=x^2 and y=sqrt(x)

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are isosceles triangles perpendicular to the x-axis, whose base is defined by the distance between the curves y=x^2 and y=sqrt(x). The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Calculus Volumes 3D Print Model: Rectangles between y=x^2 and y=sqrt(x)

Calculus Volumes 3D Print Model: Rectangles between y=x^2 and y=sqrt(x)

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are rectangles perpendicular to the x-axis, whose base is defined by the distance between the curves y=x^2 and y=sqrt(x), and have a height twice the base. The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Calculus Volumes 3D Print Model: Squares between y=x^2 and y=sqrt(x)

Calculus Volumes 3D Print Model: Squares between y=x^2 and y=sqrt(x)

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are squares perpendicular to the x-axis, whose base is defined by the distance between the curves y=x^2 and y=sqrt(x). The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Calculus Volumes 3D Print Model: Semicircles between y=x^2 and y=sqrt(x)

Calculus Volumes 3D Print Model: Semicircles between y=x^2 and y=sqrt(x)

Created by
Mr Buck
Students often find it challenging ot visualize volumes in calculus classes. This is a file to 3D print a model of a volume whose cross sections are semicircles perpendicular to the x-axis, whose diameter is defined by the distance between the curves y=x^2 and y=sqrt(x). The download is for an .stl file, which should be printed at very fine resolution. The printed model is 10x10 cm (approximately 4x4 inches).
Preview of Create-Your-Own/Ready-to-Use Math Tic Tac Toe Boards:Perfect for Differentiation

Create-Your-Own/Ready-to-Use Math Tic Tac Toe Boards:Perfect for Differentiation

Looking to empower your students with choice, challenge, and critical thinking? These Math Tic Tac Toe Boards are designed to get your students excited about math while practicing essential skills through creative problem-solving. ✅ What’s Included: Editable Create-Your-Own Tic Tac Toe Board: Students choose a topic (fractions, decimals, multi-step problems, or real-world applications) and design their own board with mild, medium, and spicy challenges. Perfect for enrichment, early finishers, o
Preview of Thanksgiving Math/Geometry Digital Memory

Thanksgiving Math/Geometry Digital Memory

Created by
Simply GT
🦃 Thanksgiving Geometry Quest: Digital Memory Match Struggling to keep your students engaged and focused on rigorous geometry during the holiday craziness? 🤯 The last thing you need is a dry, seasonal worksheet when the learning objective calls for deep analysis. This Thanksgiving Geometry Quest is the engaging, high-level thinking activity that solves your review problem! Replace rote recall with competitive play, immediate feedback, and the critical thinking challenges gifted and advanced s
Preview of Coordinate Plane Mystery Drawing: Spring Edition-4 Quadrants, 6.NS.C.6 Pear Deck

Coordinate Plane Mystery Drawing: Spring Edition-4 Quadrants, 6.NS.C.6 Pear Deck

Created by
Cubed Corner
This interactive Pear Deck Google Slides activity focuses on Plotting Points on the Coordinate Plane (4 Quadrants). Engage your students with this interactive Spring Edition Coordinate Plane Mystery Drawing activity, designed specifically for Google Slides and Pear Deck! Students will love plotting ordered pairs to reveal 6 different hidden spring pictures, progressing from simple to more complex shapes. This is the perfect no-prep activity for practicing 4-quadrant graphing (positive and ne
Preview of Coordinate Plane Mystery Drawing: Food Edition, 4 Quadrants, 6.NS.C.6 Pear Deck

Coordinate Plane Mystery Drawing: Food Edition, 4 Quadrants, 6.NS.C.6 Pear Deck

Created by
Cubed Corner
This interactive Pear Deck Google Slides activity focuses on Plotting Points on the Coordinate Plane (4 Quadrants) includes Engage your students with this interactive Food Edition Coordinate Plane Mystery Drawing activity, designed specifically for Google Slides and Pear Deck! Students will love plotting ordered pairs to reveal 6 different hidden food pictures, progressing from simple to more complex shapes. This is the perfect no-prep activity for practicing 4-quadrant graphing (positive and
Preview of Models for the Montessori Pink Tower Pattern Cards | Carte Modèles Tour Rose

Models for the Montessori Pink Tower Pattern Cards | Carte Modèles Tour Rose

If you already use the Montessori Pink Tower with your children or students, you will love these printable cards. These cards feature different arrangements of the Pink Tower cubes (see my complete article 'The Pink Tower: A Sensory Learning Activity in Montessori Education'). Children must reproduce each model by placing the cubes correctly. It’s a simple and fun way to add some variety to this essential sensory activity! These models are perfect for children in kindergarten and first grade.
Preview of French Shapes | Core French | Early Literacy | Shape Recognition | Sight Word

French Shapes | Core French | Early Literacy | Shape Recognition | Sight Word

"Léa découvre les formes" - Support French shape recognition through early reading and visual literacy, not memorization. This Core French / French Immersion resource helps young learners recognize, name, and read shapes in French using simple, repetitive sentences with the sight word « voici ». What’s includedFrench shape vocabulary pages with predictable, repetitive sentencesClear visuals to support shape recognition and oral languagePrintable PDFEditable Canva file – allows teachers to a
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