Python Coding Rubric
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Learn Python Coding with Number Games | Grades 5–7+
Help your students build real Python programming skills through two engaging number-based coding challenges! This resource guides students through two scaffolded projects that explore lists, loops, conditionals, functions, and user input--all through interactive number games. Students will: Generate and analyze random number lists Identify even numbers using conditionals Use loops to process data Create and call functions Build complete "Number Sort" and "Guess the Number" games in Python T
5th - 10th
Computer Science - Technology, Other (Math)
Also included in: Learn Python Coding Bundle | Name Generator + Number Games (Grades 5–7+)
Math x Python Series - Coding Linear Relations (Project 8 - Student Guide)
Empower Your Students with Hands-On Data Visualization!Unlock deeper understanding of linear relationships and prediction error with the Project 8 Student Guide: Enhanced Graphing with Matplotlib—a student-friendly roadmap that transforms abstract algebra into interactive, real-world analysis. Why Teachers & Students Will Love This Guide Student-Centered Design Clear, Step-by-Step Instructions: Guided pseudocode planning and code snippets walk learners through each function, reducing frus
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Math x Python Series - Coding Linear Relations (Project 8 - Teacher Guide)
Engage Your Grade 9 Students with Data-Driven Math Coding!Bring real-world analytics into your classroom with Project 8: Enhanced Graphing with Matplotlib—a ready-to-use, curriculum-aligned coding lesson that deepens students’ understanding of linear relations by having them compute, visualize, and interpret residuals. Perfect for any teacher looking to integrate Python programming, data visualization, and Ontario’s MTH1W coding standards into a single, hands-on activity. Why This Resource M
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Math x Python Series - Coding Linear Relations (Project 7 - Student Guide)
Empower students in the Intermediate Grades with “Project 7: Data Handling with Pandas and Export to CSV”—a set of teacher and student (THIS LISTING) guides that seamlessly extend your linear‐relations Python tutor into real‐world data analysis. Why You’ll Love These Resources:Turn Code into Data Stories: Take learners beyond plotting points—now they collect each round’s results, build a Pandas DataFrame, generate descriptive statistics, and export a CSV for deeper exploration. End‐to‐End Supp
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Math x Python Series - Coding Linear Relations (Project 7 - Teacher Guide)
Empower students in the Intermediate Grades with “Project 7: Data Handling with Pandas and Export to CSV”—a set of teacher (THIS LISTING) and student guides that seamlessly extend your linear‐relations Python tutor into real‐world data analysis. Why You’ll Love These ResourcesTurn Code into Data Stories: Take learners beyond plotting points—now they collect each round’s results, build a Pandas DataFrame, generate descriptive statistics, and export a CSV for deeper exploration. End‐to‐End Support
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Math × Python Series - Coding Linear Relations (Project 6 - Student Guide)
Interactive Linear Relations Tutor – Part IICap off your Python‐meets‐algebra unit with a fully interactive tutor that not only tests students on linear equations but tracks their performance and visualizes results. In Project 6, learners build a “linear relations tutor” that generates questions, validates answers, scores attempts, provides personalized feedback, and plots each problem on a graph. What Students Will Do: Generate Random Equations- Create a line y=ax+b each round. Prompt for y‐Va
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 6 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 6 - Teacher Guide)
Interactive Linear Relations Tutor – Part IICap off your Python‐meets‐algebra unit with a fully interactive tutor that not only tests students on linear equations but tracks their performance and visualizes results. In Project 6, learners build a “linear relations tutor” that generates questions, validates answers, scores attempts, provides personalized feedback, and plots each problem on a graph. What Students Will Do: Generate Random Equations- Create a line y=ax+b each round. Prompt for y‐V
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 6 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 5 - Student 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 to co
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 5 - BOTH Guides)
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
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 5 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 4 - Student 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 using
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 4 - BOTH Guides)
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
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 4 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 3 - Student Guide)
Building an Interactive Linear Relations Explorer with Loops & User InputTake your students’ coding and math skills to the next level by transforming their line-testing program into a fully interactive exploration tool. In Project 3, learners will harness loops and user-driven input to test as many points as they like, drawing on everything they’ve mastered in Projects 1 and 2. What Students Will Do:Design Dynamic Pseudocode-Plan a while-loop structure that repeatedly:Prompts for a test pointCa
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 3 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 3 - Teacher Guide)
Building an Interactive Linear Relations Explorer with Loops & User InputTake your students’ coding and math skills to the next level by transforming their line-testing program into a fully interactive exploration tool. In Project 3, learners will harness loops and user-driven input to test as many points as they like, drawing on everything they’ve mastered in Projects 1 and 2. What Students Will Do:Design Dynamic Pseudocode-Plan a while-loop structure that repeatedly:Prompts for a test pointCa
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 3 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 2 - Student 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
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 2 - BOTH Guides)
Math × Python Series - Coding Linear Relations (Project 1 - Student 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 equa
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 1 - BOTH Guides)
Multiplying and Dividing Integers Guided Notes & Doodles | Color by Code Lesson
Teach students multiplying and dividing integers with this Integer Multiplication and Division Guided Notes & Doodles resource. Students multiply and divide integers to solve problems. Contains 10 pages total including guided notes, practice color by code and arithmetic worksheets, and a real-life math application. It works well as graphic organizers, scaffolded notes, sub plans, introductory lessons, reteaching/review, exam prep, and interactive notebooks for 7th, 8th grade math (or advanced
7th
Math
CCSS
7.NS.A.2
, 7.NS.A.2a
, 7.NS.A.2b
+1
Crack the Unit Rate Code with AI: Unit Rates | Grades 6-8 Math | AI Prompting
CRACK THE TEST CO. | 6.RP.A.2 | 7.RP.A.1 | 8.EE.B.5 | Louisiana LEAP | Crack the Problem Method | AI Literacy Here is the problem most students have with unit rates: Sixth graders flip the ratio and get the unit rate backwards. Seventh graders multiply by the fraction instead of its reciprocal and never realize the error. Eighth graders see the equation y = 3.10x and have no idea the slope IS the unit rate. Every single one of those students then types the whole problem into an AI tool, copies t
6th - 8th
Other (Math)
CCSS
8.EE.B.5
, 6.RP.A.2
, 7.RP.A.1
Expected Value: Notes, Practice Worksheets, and Break the Code Activity
Expected Value notes and practice teaches students to find expected value and provides two practice activities. Each activity is two pages long. Expected Value Break the Code Activity has 15 problems that provide practice calculating expected value. As students solve the problems, they mark the answers off in the code vault. When all problems are completed, the code to open the safe is revealed.
9th - 12th
Geometry, Other (Math), Statistics
Identifying Like Terms Color by Code | Algebra Activity Polynomial Worksheets
Looking for an engaging, low-prep way to help students practice identifying like terms? This Valentine’s Day themed algebra activity makes practice hands-on and meaningful! Students color-code heart-shaped algebraic terms by grouping like terms. Each worksheet increases in rigor, making this perfect for differentiation in Grades 6–9. Whether you're introducing like terms or reviewing before combining like terms, this activity builds strong foundational understanding in a fun and creative way. Wh
6th - 10th
Algebra, Algebra 2, Other (Math)
Graphing Quadratic Functions GUIDED NOTES + COLOR-BY-CODE ACTIVITY
This COMPLETE LESSON on Graphing Quadratics includes GUIDED NOTES with 7 EXAMPLE PROBLEMS & 12 PRACTICE GRAPHS + a COLOR-BY-NUMBER ACTIVITY. The foldable booklet creates a fun change from the traditional notes & worksheet lesson, and the coloring page keeps the kids' interest! Aligned to Indiana Academic Standard:IAS A1.QE.6: Graph exponential and quadratic functions with and without technology. Identify and describe key features, such as zeros, lines of symmetry, and extreme values in real-w
8th - 11th
Algebra, Algebra 2, Math
CCSS
HSF-IF.C.7a
Solving Quadratic Equations by Factoring GUIDED NOTES + COLOR-BY-CODE ACTIVITY 1
This COMPLETE LESSON on Solving Quadratics by Factoring includes GUIDED NOTES, 8 EXAMPLE PROBLEMS, & 16 PRACTICE EQUATIONS. The COLOR-BY-NUMBER WORKSHEET/BOOKLET adds a fun twist to learning to factor & use polynomials in the form x^2+bx+c and equations in the form x^2+bx+c=0. The problems are ideal for beginners, the booklet form is a fun change from the usual notes/practice style, and the coloring page keeps the kids' interest! Aligned to Indiana Academic Standards:IAS A1.NE.4: Factor quad
8th - 11th
Algebra, Algebra 2, Math
CCSS
HSA-REI.B.4
, HSA-REI.B.4b
Area of Triangles Guided Notes with Doodles Sketch Notes Color by Code Worksheet
Introduce the area of triangles with this Guided Notes & Doodles resource. It contains 10 pages total, including guided notes, a practice coloring worksheet, a maze, and a real-life math application for area of triangles. It works well as graphic organizers, scaffolded notes, and interactive notebooks. And it's artsy—if your students love color by number, color by code, or sketch notes, they'll love these lessons. CCSS Standards: 6.G.A.1, 7.G.B.6 Looking for a digital resource?Get the Geometr
6th - 7th
Math
CCSS
6.G.A.1
, 7.G.B.6
Area & Perimeter Review and Test | Slide Deck, One Pager, and Rubric
This Area & Perimeter Review and Test resource is the perfect end-of-unit tool to reinforce mastery, build mathematical communication, and prepare students for exams. Designed with collaborative learning, one-pager synthesis, and problem-solving discussions, this lesson helps students review all major concepts related to area and perimeter of polygons, composite figures, scaling dimensions, and algebraic connections. Students use a structured One-Pager Template with rubric expectations to
8th - 11th
Algebra 2, Geometry, Measurement
CCSS
HSG-GMD.A.1
, HSG-MG.A.1
Color-Coded Long Division Worksheets | 2- & 3-Digit Dividends | + Templates
Help students see the long division process step-by-step with these color-coded long division worksheets! Each part of the algorithm is visually organized to reduce confusion, support independence, and build confidence—perfect for third grade, small groups, intervention, or review. Students follow consistent colors for divide, multiply, subtract, bring down, and remainder, making the standard algorithm easier to understand and repeat. What’s Included✔ 2 Practice Worksheets (9 problems each)
2nd - 4th
Other (Math)
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