Binary Code Challenge
34+ results
Filters
Grade
Subject
Resource type
Standard
Language
Programs & methods
Plotting Points in p5.js – Lesson 1
🎯 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
5th - 8th
Computer Science - Technology, Geometry
Google Earth Inquiry Hunt — Scavenger, Socratic Prompts & Reflection
Take your students on a worldwide virtual expedition without leaving the classroom. This Google Earth inquiry activity sends them to 45 real coordinates across every continent, asking them not just what they see — but why it matters.Every location comes with a Socratic inquiry prompt designed to push students beyond identification toward genuine observation and geographic thinking. From shadows revealing wildlife in Chad, to a city hidden inside a city in Beijing, to a parking garage in Borde
5th - 9th
European History, Geography, Geometry
Lines & Comments in p5.js – Lesson 2
🎯 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
5th - 8th
Computer Science - Technology, Geometry, Graphing
The Hydraulic Lift Challenge: A Real-World STEM Project (Geometry & Physics)
The Hydraulic Lift Challenge: A Real-World STEM & Engineering ProjectTransform your classroom into an engineering lab! This Project-Based Learning (PBL) resource guides students through the design, assembly, and mathematical analysis of a working hydraulic scissor lift. Perfect for High School students, this project turns abstract concepts like Pascal’s Law and Rhombus Properties into a hands-on, "aha!" moment they won’t forget. 🏗️ THE MISSIONStudents take on the role of Lead Engineers at
9th - 12th
Engineering, Geometry, Physics
Composite Figures Math Challenge | Area & Perimeter Activity
Make geometry engaging with this hands-on 6th grade composite figures challenge activity! Students will design and analyze their own composite figure while practicing important geometry skills such as area, perimeter, polygons, and unit measurement. This resource encourages higher-level thinking, creativity, and problem-solving as students build a figure using different shapes and record mathematical details about their design. Students will: Create their own composite figureUse triangles, squ
5th - 8th
Geometry, Math Test Prep, Mental Math
CCSS
6.G.A.1
, MP3
, MP4
+1
CIRCULAR CITY: A Circumference Enrichment Challenge
Turn your classroom into a design studio where students use circumference to plan a park, make decisions, and justify their reasoning like real mathematicians. This is not a worksheet. This is problem-solving, creativity, and critical thinking wrapped into one meaningful task. 💡 What Students Will Do: ✔ Calculate circumference using radius and diameter ✔ Work backwards from circumference to find missing measurements ✔ Apply math to real-world design challenges ✔ Make decisions based on their ca
6th - 10th
Applied Math, Geometry
Candy Cane Cantilever — Holiday Structures & Torque STEM Challenge (Grades 3–12,
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
3rd - 12th
General Science, Geometry, Physics
AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
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
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
AP Calculus Volumes 3D Print Model: Circle with radius 4 & square cross-sections
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).
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Calculus Volumes 3D Print Model: Equilateral Triangle in y=x^2 and y=sqrt(x)
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).
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Calculus Volumes 3D Print Model: Isosceles Triangles between y=x^2 and y=sqrt(x)
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).
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Calculus Volumes 3D Print Model: Rectangles between y=x^2 and y=sqrt(x)
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).
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Calculus Volumes 3D Print Model: Squares between y=x^2 and y=sqrt(x)
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).
10th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Calculus Volumes 3D Print Model: Semicircles between y=x^2 and y=sqrt(x)
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).
9th - 12th, Adult Education, Higher Education
Calculus, Geometry, Graphing
Also included in: AP Calculus Volumes with Cross Sections: 3D Print Models Bundle
Mathematics Exercise Series Thales’ Theorem
The worksheet features six progressively challenging exercises that cover various geometric configurations: Triangle Proportionality (Exercises 1, 2, 3, & 6): Students calculate missing side lengths and prove lines are parallel using both the basic theorem and its converse.Trapezoids and Tangents (Exercises 4 & 5): The series extends the theorem to complex figures like trapezoids and circles with common external tangents, requiring higher-level algebraic manipulation.Step-by-Step Solutions: A co
7th - 9th
Algebra, Geometry, Math Test Prep
Mathematics Algebra Equation vs Expression vs Inequality use with Schoology
25 scenario-based multiple choice questions that challenge students to distinguish among algebraic expressions (mathematical phrases with no equals or inequality sign), equations (statements that two expressions are equal), and inequalities (statements that one expression is greater than, less than, or not equal to another). Each item requires students to identify, interpret, or apply these foundational algebraic concepts. Ideal for pre-algebra, Algebra 1, and middle school math courses. Use as
7th - 12th, Adult Education, Higher Education
Algebra, Geometry, Math Test Prep
Mathematics Geometry Congruent vs Similar vs Equal use with Schoology
25 scenario-based multiple choice questions that challenge students to distinguish among congruent figures (same shape and size), similar figures (same shape, proportional sides, but different size), and equal values (identical numerical quantities). Each scenario presents a geometric or mathematical situation requiring students to identify the correct relationship. Ideal for middle school and high school geometry courses. Use as a bell ringer, exit ticket, unit review, sub plan, homework, or te
7th - 12th, Adult Education, Higher Education
Geometry, Math Test Prep, Other (Math)
Mathematics Geometry Complementary / Supplementary / Vertical use with Schoology
25 scenario-based multiple choice questions that challenge students to distinguish among complementary angles (summing to 90°), supplementary angles (summing to 180°), and vertical angles (equal, non-adjacent angles formed by two intersecting lines). Each scenario presents a geometric situation requiring students to identify the angle relationship, set up an equation, or solve for missing angle measures. Ideal for middle school geometry, Algebra 1, and high school geometry courses. Use as a bell
7th - 12th, Adult Education, Higher Education
Geometry, Math Test Prep, Other (Math)
Mathematics Area vs Perimeter vs Volume use with Schoology
25 scenario-based multiple choice questions that challenge students to distinguish among perimeter (the distance around a 2D shape), area (the space inside a 2D shape), and volume (the space inside a 3D figure). Each scenario presents a real-world situation requiring students to identify which measurement concept applies, which unit is appropriate, or how to calculate the correct value. Ideal for middle school math, geometry, and standardized test preparation. Use as a bell ringer, exit ticket,
9th - 12th, Adult Education, Higher Education
Geometry, Math Test Prep, Other (Math)
Special Angle Pairs, Parallel Lines Transversal - Group Practice Activity
This self-checking parallel lines and transversals group activity challenges high school geometry students to calculate special angle pair measures, while simultaneously reviewing the Algebra 1 skill of solving systems of linear equations. Each student works through 6 unique problems using angle relationships with parallel lines to write and solve linear equations (including systems), then compare answers with their group. When everyone solves correctly, all group members arrive at the same answ
9th - 10th
Geometry
CCSS
7.G.B.5
, 8.G.A.1b
, 8.G.A.1c
+1
Guided Proof of Law of Cosines
An enrichment activity for advanced classes or students needing a challenge. A two-column proof of the Law of Cosines, using right triangle trigonometry, is provided for the teacher. On the student handout, the steps are present, but out of order. Students are asked to cut the steps out and the re-arrange them into a logical sequence. A teacher could ask for a written or spoken explanation of why the steps work if desired.
9th - 12th
Algebra 2, Geometry, PreCalculus
CCSS
HSG-SRT.B.4
, HSG-SRT.D.10
, HSG-SRT.D.11
Complex Commodity Chains & Intermodal Shipping – Geography & Global Trade
Unpack the intricate systems that drive global trade with this student-centered assignment exploring complex commodity chains, intermodal transportation, and containerization. This engaging and scaffolded research project challenges students to trace the journey of a real-world product from Shenzhen, China, to their hometown—connecting abstract geographic concepts to tangible everyday goods. What’s Included: 1-page informational reading on complex commodity chains 1-page explanation of inte
9th - 12th
Economics , Geometry
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
Showing 1-24 of 34+ results
TPT is the largest marketplace for PreK-12 resources, powered by a community of educators.
IXL family of brands