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Preview of Let's TACO-bout: Sets, Relations and Functions

Let's TACO-bout: Sets, Relations and Functions

Created by
Lakrisha Berry
Intro to proof writing courses are based on a study of formal logic that must be abstract enough to apply to many subjects, but also stay grounded enough for students to understand. For this project, I used graphic design techniques along with the psychology of learning to create images that will increase the understanding of sets and relations. By using a fun overarching metaphor, tacos and a taco bar, it’s easier to see the relationship between these more abstract concepts. Many ideas in this
Preview of ART JAMS: Art Basics - Shape

ART JAMS: Art Basics - Shape

Created by
phyllis lear
A shape is a two-dimensional (flat) area surrounded and enclosed by a line. Shapes can be solid (filled) or hollow (unfilled). There are two basic types of shape: geometric and organic. An abstract design is an arrangement of shapes and lines. Abstract design does not try to show a person, place or thing. This lesson presents a basic abstract design then suggests variations to the basic design and how them in other academic disciplines. Abstract designs are great works of art and can be used t
Preview of Lines & Comments in p5.js – Lesson 2

Lines & Comments in p5.js – Lesson 2

Created by
Tech Savvy
🎯 Lines & Comments in p5.js – Lesson 2 Build on your students’ coding foundation with Lesson 2: Lines & Comments in p5.js! In this engaging follow-up lesson, students review plotting points and take the next step by connecting points to create lines—while also learning how to write and use comments in their code. This lesson continues to blend math, coding, and creativity, helping students deepen their understanding in a fun, visual way. 📦 What’s Included: ✅ Editable Canva lesson templ
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 NWEA MAP Growth Data Tracker- Math, Reading, and Language | Auto-Calculating

NWEA MAP Growth Data Tracker- Math, Reading, and Language | Auto-Calculating

Stop manually calculating growth! This NWEA MAP Growth Tracker automatically computes student RIT growth across Math, Reading, and Language Usage in both Excel and Google Sheets. Perfect for quick data-driven planning. What’s Included✅ Excel (.xlsx) version – protected formulas, ready to use ✅ Google Sheets version – secure /copy link for instant access ✅ Cover page, Terms of Use, and Instructions PDF with clickable link ✅ Separate tabs for Math, Reading, and Language Usage ✅ Color-coded percen
Preview of Cranberry Bog Boat — Buoyancy & Density STEM Challenge (Grades 3–12, NGSS Aligne

Cranberry Bog Boat — Buoyancy & Density STEM Challenge (Grades 3–12, NGSS Aligne

Created by
Allison Smith
Make buoyancy click with a seasonal engineering lab: students design a small foil “bog boat” that carries the maximum mass (cranberries/coins/washers) before sinking. They plan, build, test in a water bin, record data, and iterate to optimize stability and displacement—perfect for stations or a full-period lab. What students do Plan & sketch under material/size constraints, predict capacity. Test in rounds, adding equal-mass items until failure; record max mass, freeboard, and failure mode.
Preview of Candy Cane Cantilever — Holiday Structures & Torque STEM Challenge (Grades 3–12,

Candy Cane Cantilever — Holiday Structures & Torque STEM Challenge (Grades 3–12,

Created by
Allison Smith
Engineer a festive cantilever that reaches the farthest overhang beyond the table edge—using only candy canes and limited tape! Students plan, build, test, and iterate while applying torque and center of mass ideas. Perfect for a high-engagement holiday lab, stations, or a one-period challenge. 🍬🧰 What students do 🧠 Plan & sketch: identify anchor vs. arm, place joints/tape, predict max overhang. 🧪 Test & measure: record trials, overhang (cm), stability (10 s), failure modes. 📈 Analyze
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