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Preview of IXL Math Diagnostic Growth Tracker – Google Sheets Data Chart

IXL Math Diagnostic Growth Tracker – Google Sheets Data Chart

Created by
Tara Huggins
IXL Diagnostic Growth Tracker – Google Sheets Data Chart (6 Categories) Looking for a simple and organized way for students to track their IXL Diagnostic growth? This editable Google Sheets Growth Chart allows students to record, monitor, and reflect on their progress in the six IXL Diagnostic categories throughout the school year. This resource is perfect for upper elementary and middle school math teachers who want to build student ownership, data reflection skills, and goal-setting into their
Preview of ➽ High School AI Literacy Unit 2 Lesson 17: Using AI to Understand Math Concepts

➽ High School AI Literacy Unit 2 Lesson 17: Using AI to Understand Math Concepts

AI Lesson—EdTechEnergy High School AI Literacy Curriculum ➽ Unit 2: Applying AI to Problem-Solving ➽ Lesson 17 Title: Using AI to Understand Math Concepts ➽ Grade Level: 9–12 ➽ Duration: one class (45 minutes) ➽ AI Tool: ChatGPT🌟 Be the teacher who teaches real-world AI skills to your students! ➽ What this immersive AI Literacy Lesson 17 teaches students how to:Students will be able to: Select a math concept and craft an initial prompt for basic simple explanation.Evaluate AI responses for
Preview of International Pi day Scavanger hunt activities PowerPoint presentation

International Pi day Scavanger hunt activities PowerPoint presentation

I got the original idea from (IDM) International Day of Mathematics and their scavanger hunt resource. The clues/questions were focused on our school building and environment. Answer sheet with suggestions included.
Preview of Pairs of Angles Made Clear 2.0: Complementary, Supplementary, Vertical

Pairs of Angles Made Clear 2.0: Complementary, Supplementary, Vertical

Take student understanding of complementary and supplementary angles to the next level with this rigorous, problem-solving focused resource.This Lesson 2.0 is designed as a direct follow-up to Lesson 1.0 (Introduction) and challenges students to apply their knowledge in multi-step, higher-order problems. If you’re looking for practice that goes beyond basic angle identification, this set delivers meaningful rigor without unnecessary complexity. Perfect for Advanced Geometry, Honors Geometry,
Preview of Elliptical Orbits Project (PBL) - Precalculus Conic Sections & Eccentricity

Elliptical Orbits Project (PBL) - Precalculus Conic Sections & Eccentricity

Created by
Megan Haynes
This engaging Project-Based Learning (PBL) activity brings conic sections to life by having students explore how ellipses model real-world orbits. Students select a planet, moon, comet, or satellite and use research to gather key data such as eccentricity and orbital measurements, then create a mathematical model using the equation of an ellipse. They will construct and label a diagram, analyze how eccentricity affects the shape of the orbit, and present their findings through a visual project.
Preview of End of Year Geometry Project (Distance and Midpoint Formula), 9th, 10Math, No-pr

End of Year Geometry Project (Distance and Midpoint Formula), 9th, 10Math, No-pr

Created by
The Math Lane
Geometry STEM Project. -Plan a trip around the United States calculating distance and midpoint using the appropriate formulas. Calculate the midpoint and then find a city that is close to that point on the map. Research and find at least 5 fun facts about each city as well as places to visit. -Make a presentation (google slides, powerpoint, prezi, canva, video, etc) to present your travels to the class(or your teacher) so they can learn about the cities you visited. Table included to rec
Preview of Pairs of Angles Made Clear Bundle: 3 Lessons - Introductory through Advanced

Pairs of Angles Made Clear Bundle: 3 Lessons - Introductory through Advanced

Build complete understanding of complementary and supplementary angles—from foundation to advanced application—with this structured 3-lesson bundle.This bundle combines Lesson 1.0, 2.0, and 3.0 into a cohesive progression that moves students from clear foundational understanding to rigorous, algebra-based problem solving. Each lesson is designed to build intentionally on the previous one—no gaps, no fluff, and no unnecessary complexity. What’s Included:Lesson 1.0 – Foundations Students develop
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