Binary Code Challenge
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Math Geometry -- Drawing 3-D Solid Figures--Vertices, Faces, Edges
What a great challenge activity for your gifted and talented students, or those students who learn best by drawing the shapes themselves. A good review of counting faces, vertices and edges.
2nd - 11th
Geometry
Also included in: Geometry and Symmetry Bundle
Problem of the Month - Petting Zoo Geometry
Problem of the Month: Through fun, quirky, challenging word problems, students will apply their knowledge of perimeter and area to help set up a petting zoo. Students will tackle a series of problems with increasing difficulty. The level A problems involve calculating area and perimeter of common shapes, and the level E problems involve maximizing area of a compound figure with constraints. This is designed for middle schoolers - sixth graders will be able to engage with the problems, and even e
6th - 9th
Geometry, Math, Other (Math)
CCSS
6.G.A.1
, 7.G.B.6
Also included in: Problem of the Month Bundle
International Pi Day historical and mathematical Math Activities - World Pi Day
A range of activities to celebrate March 14th (3.14), Pi Day! - whole class quiz - mnemonic activity (making up sentences)
- three Pi Challenges involving some maths
6th - 12th
Decimals, Geometry, Other (Math)
Also included in: International Pi Day Math Activities Bundle - World Pi Day High School
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,
9th - 12th
Geometry
Trigonometry Made Clear 2.0 | Sine Cosine Tangent Including Inverses!
Trigonometry Made Clear 2.0 | Algebraic Applications & Inverse TrigTake student understanding of right triangle trigonometry to the next level with this rigorous, algebra-focused continuation of the Trigonometry Made Clear series. This lesson builds directly on the foundational concepts introduced in Lesson 1.0 and challenges students to apply sine, cosine, tangent, and inverse trigonometric functions in more demanding algebraic situations. Students must move beyond simple substitution and deve
10th - 12th, Higher Education
Geometry, PreCalculus
TED Talk: The Satisfying Math of Folding Origami- Evan Zodl
This TED-Ed companion resource explores how origami—an ancient paper-folding art—shapes modern technology, from starshades in space to stents in medicine. Designed for high school and college students, this resource includes 20 discussion questions, a structured essay prompt, and a debate topic that blends geometry, design, and innovation. Perfect for science, math, engineering, or interdisciplinary learning, it helps students explore how creativity and structure go hand in hand to solve real-wo
9th - 12th, Adult Education, Higher Education
Art History, Engineering, Geometry
800 No Prep Prompts | Math | Halloween | Mega-Bundle | K-12
🎃🧮 HALLOWEEN MATH MEGA BUNDLE (ALL 4 SETS)🎯 TitleHalloween | Math | Mega Bundle | 800 No-Prep Prompts | Word Problems, Logic, Geometry & Probability | K-12📋 Detailed DescriptionOverview: Get all 4 Halloween Math Sets together in one MEGA BUNDLE featuring 800 unique no-prep prompts — Word Problems, Logic & Puzzles, Geometry, and Data/Probability — perfectly designed for Halloween week or October math enrichment. How It Can Be Used: 🎃 Daily themed bell-ringers or STAAR review 👻 Cross-grad
K - 12th
Algebra, Geometry, Other (Math)
Elliptical Orbits Project (PBL) - Precalculus Conic Sections & Eccentricity
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.
7th - 12th
Algebra, Geometry, PreCalculus
CCSS
HSF-IF.B.4
, HSF-BF.A.1
, HSG-GPE.A.3
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