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13 results
Preview of Coding with Python - Rounding Numbers (Junior Grades)

Coding with Python - Rounding Numbers (Junior Grades)

Looking to integrate Python coding into your junior mathematics program in a meaningful way? I’ve created a teacher resource that connects directly with standardized test questions — helping teachers and students develop real programming skills while reinforcing mathematical concepts. High-Value Features of This Resource:✅ Curriculum-Aligned + Authentic Context Inspired by EQAO released items, clearly linking coding to real-world assessment expectations for Ontario educators. Strong alignment
Preview of Physics Projectile Motion Simulator for Windows in the Python Language

Physics Projectile Motion Simulator for Windows in the Python Language

Useful for science, computer programming courses, and physics, this is a projectile motion simulator for Windows written in the Python programming language using the Tkinter library. The simulator does not account for air resistance to simplify calculations. When you purchase, you purchase the source code which can be run in an interpreter such as Anaconda Spyder or Pycharm, and a download link to obtain the program. I cannot upload the program directly to TPT because it does not allow files
Preview of Math × Python Series - Coding Linear Relations (Project 4 - BOTH Guides)

Math × Python Series - Coding Linear Relations (Project 4 - BOTH Guides)

Visualizing Points and Linear Relations with CodeBring coordinate geometry to life! In Project 4, students write a Python program that randomly generates a line and a test point, challenges them to predict its position, and then plots both on a graph—reinforcing the link between algebraic equations and their visual representations. What Students Will Do: Generate Random Equations & Points- Create a line y=ax+b and a test point (x,y).Predict & Compare- Calculate the correct y for a given x using
Preview of Coding with Python - Linear Relations (Intermediate Grades)

Coding with Python - Linear Relations (Intermediate Grades)

Looking to integrate Python coding into your intermediate mathematics program in a meaningful way? I’ve created a teacher resource that connects directly with standardized test questions — helping teachers and students develop real programming skills while reinforcing mathematical concepts. High-Value Features of This Resource: ✅ Curriculum-Aligned + Authentic Context Inspired by EQAO released items, clearly linking coding to real-world assessment expectations for Ontario educators. Strong alig
Preview of Math × Python Series - Coding Linear Relations (Project 5 - Teacher Guide)

Math × Python Series - Coding Linear Relations (Project 5 - Teacher Guide)

Interactive Linear Relation TutorStudents take the skills from Projects 1–4 and build a fully interactive tutor that challenges their understanding of lines and immediately visualizes each question. In Project 5, learners generate random linear equations, calculate and classify points, and see their work plotted—all in a reusable Python program. What Students Will Do: Generate Random Equations & Points- create y=ax+b and pick a test point (x,y). Prompt & Validate y-Value Answers- Ask users t
Preview of Math × Python Series - Coding Linear Relations (Project 4 - Teacher Guide)

Math × Python Series - Coding Linear Relations (Project 4 - Teacher Guide)

Visualizing Points and Linear Relations with CodeBring coordinate geometry to life! In Project 4, students write a Python program that randomly generates a line and a test point, challenges them to predict its position, and then plots both on a graph—reinforcing the link between algebraic equations and their visual representations. What Students Will Do: Generate Random Equations & Points- Create a line y=ax+b and a test point (x,y). Predict & Compare- Calculate the correct y for a given x
Preview of Math × Python Series - Coding Linear Relations (Project 2 - Teacher Guide)

Math × Python Series - Coding Linear Relations (Project 2 - Teacher Guide)

Continue your students’ journey from simple linear equations to a more dynamic, inquiry-driven program. In Project 2, learners build on Project 1 by encapsulating logic in functions, working with floating-point inputs, and exploring randomness—deepening both their coding fluency and their mathematical understanding of linear relations. What Students Will Do:Write & Use Functions-Define a function that returns the corresponding y value on a predefined line.-Create a function that safely parses s
Preview of Math × Python Series - Coding Linear Relations (Project 1 - Teacher Guide)

Math × Python Series - Coding Linear Relations (Project 1 - Teacher Guide)

Bring together mathematics and coding in a seamless, curriculum-aligned learning experience! This first installment of a six-part project series introduces Grade 9 students to Python programming through the context of linear relations. Each project builds on the last, guiding learners—and their teachers—step by step toward deeper computational thinking and mathematical understanding. In Project 1: Exploring Linear Relations with Python, students will Connect math to code by translating the eq
Preview of Have Tooth Can Travel

Have Tooth Can Travel

This lesson involves one of the adaptations of the sea turtle: their caruncle! This is a problem-solving activity where students learn what a caruncle is and then design and create their own caruncle. Students test to see if it would be successful when hatching from a shell. Included is an easy worksheet for students to start thinking about tools and adaptations, an answer key, and some further instructions about the creation of a classroom shell to crack. Check out the preview to see the worksh
Preview of Riemann Sum GIF

Riemann Sum GIF

Gif showing several sums of Riemann increasing the number of intervals. Images generated by a Python program. For more information about my book, please visit my website: http://pysamples-2014.appspot.com/index_i English edition available at: http://goo.gl/aHBZN8 Thank you.
Preview of Crowded Sea Kingdom: A Print-and-Play Strategy Game

Crowded Sea Kingdom: A Print-and-Play Strategy Game

Created by
Zachary Hamby
In this print-and-play classroom game for 1-50+ players, you will build an underwater sea kingdom and fill it with coral reefs, starfish, turtles, and tropical fish. But watch out! The more crowded your kingdom is, the more important every decision becomes. While creating your underwater wonderland, you must remember that giant squid will snack upon any sea creatures within reach. But never fear! Brave whales posted at just the right spot can gobble up these squid and save the day. Welcome to Cr
Preview of Dive into Counting: Mastery of Numbers 1-10 Under the Sea (PreK-K Math PPT)

Dive into Counting: Mastery of Numbers 1-10 Under the Sea (PreK-K Math PPT)

Created by
Hardplayed
Dive into the depths of learning with Lisa and Mark as they embark on an exciting underwater adventure! This interactive PowerPoint game is designed to make counting practice a splash for PreK and Kindergarten students. Join the Adventure:Count with the Divers: Lisa and Mark need your help to count the colorful fish they encounter on their deep-sea journey. Each slide presents a new counting challenge, guiding students from 1 to 10.Vibrant Visuals: Explore a world of vibrant coral reefs, playful
Preview of Buying a Car Project | Car Loan & Auto Financing Simulation | Personal Finance |

Buying a Car Project | Car Loan & Auto Financing Simulation | Personal Finance |

Created by
Acute Turtle
Help students experience the real-world cost of buying a car with this engaging, hands-on Buying a Car Project and Car Loan Simulation for Personal Finance classes. Students explore auto financing through 10 realistic car loan scenarios while learning how credit score, APR, interest rates, loan term, down payment, trade-in value, and monthly payments impact the true cost of car ownership. This real-world Personal Finance activity gives students the opportunity to compare car loan options, analyz
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