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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 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 Geometry Bundle | 5th Grade | Pear Deckâ„¢ Interactive

Geometry Bundle | 5th Grade | Pear Deckâ„¢ Interactive

Created by
Cubed Corner
This interactive Pear Deck Google Slides Bundle includes the following lessons: Intro to the Coordinate Plane (Quadrant 1) - 5.G.A.1Plotting Points on the Coordinate Plane (Quadrant 1) - 5.G.A.1Graphing Real-World Problems (Quadrant 1) - 5.G.A.2Properties of 2D Shapes - 5.G.B.3Classifying Polygons in a Hierarchy - 5.G.B.4Each slide deck follows a similar format including the following: Doodle of the Day (brain break/fun slide to activate creativity and interest)I can..Introduction/Prior Knowledg
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 Unit Circle Trigonometry Google Slides Flashcards - Degrees & Radians

Unit Circle Trigonometry Google Slides Flashcards - Degrees & Radians

Master the unit circle with interactive Google Slides Flashcards! Practice sine, cosine, tangent, and reciprocal trig ratios using degrees or radians with instant, self-checking feedback.This digital, self-checking Google Slides activity gives students structured, low-pressure practice of unit circle trigonometry. Students select degree or radian measure and which trigonometric ratios to practice: Sine, Cosine, Tangent (primary ratios)Cosecant, Secant, Cotangent (reciprocal ratios)With i
Preview of Geometry: Angles, Triangles & Polygons pre-algebra algebra review notes

Geometry: Angles, Triangles & Polygons pre-algebra algebra review notes

A complete digital review for the 8th grade geometry unit — covering all MA.8.GR.1 standards from Pythagorean Theorem through polygon angle sums. Six topic sections with canvas diagrams, worked examples, and a 22-question quiz. ★ WHAT'S COVERED (6 Standards) • MA.8.GR.1.1 — Pythagorean Theorem: a² + b² = c²; find hypotenuse and missing legs; Pythagorean triples; canvas diagram with labeled sides • MA.8.GR.1.2 — Pythagorean Theorem on the Coordinate Plane: distance formula as the theorem; canvas
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: 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: 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: 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).
Showing 1-13 of 13+ results