Python Coding Rubric
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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 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 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
7th - 9th, Adult Education
Algebra, Computer Science - Technology, Other (Math)
Also included in: Math × Python Series - Coding Linear Relations (Project 1 - 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 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 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
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)
No Prep! Grade 8 Ontario Math | Algebra Strand - CODING UNIT
Lessons ONLYGrade 8 Math – Coding Lessons Only | Ontario Curriculum Aligned (C3.1–C3.2)Introduce your students to essential coding concepts with this no-prep lessons-only resource for the Grade 8 Math Coding Unit! Aligned with the Ontario Math Curriculum (Strand C3), this resource includes engaging, step-by-step lessons that teach students how to write, analyze, and modify code in mathematical contexts. Each lesson is designed to build computational thinking skills while helping students und
7th - 9th
Algebra, Algebra 2, Other (Math)
Comment Coding Formative Assessment
From NCTM's Mathematics Formative Assessment Vol 2, here is a visual aide/ handout you can use to completely transform grading in your classroom! It will save you hours and truly deepen your students' mathematical understandings in ANY grade level. The coding system allows great structure for students to become more active in their learning and completing problems until concept mastery is achieved. Great to introduce and use on the first day of school.
2nd - 12th, Higher Education
Algebra
PERMDAS Order of Operations
This color-coded chart, printable on 8 1/2" x 11" paper, is designed to teach the Order of Operations to Algebra 1 students, expanding the traditional PEMDAS to PE RMDAS, which include " Roots", as the inverse operation of " Exponents". The top-down sequence (green) of operations is used to simplify algebra expressions by combining like terms. The bottom-up sequence (pink) is used to solve for, or isolate, the variable in an equation or inequality. The inclusion of " Roots" enables students to s
7th - 10th
Algebra, Basic Operations, Order of Operations
Substitute Ready - Intro to Coding Self-Directed Lesson MTH1W
SUBSTITUTE READY RESOURCE This is a self-directed lesson for grade 9 Introduction to Coding (using Python). It includes a lesson with practice questions throughout, as well as answers. Also included is an exit card. STANDARDS ALIGNED:C2. Coding apply coding skills to represent mathematical concepts and relationships dynamically, and to solve problems, in algebra and across the other strands C2.1 use coding to demonstrate an understanding of algebraic concepts including variables, parameters, equ
9th - 10th
Algebra, Computer Science - Technology, Numbers
Math Vocabulary Mini Poster Project
This is a project that can be leveled to almost any level. It includes a rubric for teachers and self assessment, a frame that can be used for students, as well as a model using the word Quotient created on a computer. This is a simple project, intended to be completed in a class period or less, depending on your group to work with students to improve their comfort with the math vocabulary that is vital at every stage. Having them create the visuals also places students in the position to drive
Not Specific
Algebra, Basic Operations, Fractions
Elephant Equations Project - One- and Two-step Equations
This mini-project requires students to solve 28 one- and two-step equations and use the answers to color-code a very cute elephant! Included are the elephant sheet with equations, a detailed instructions sheet, and a grading rubric. The rubric assesses whether students solved the equations correctly, showed all work on loose leaf, and color-coded the elephant correctly. Neatness is also assessed. An answer key is provided for easy grading! I have used this project for 3 years now, and my stud
6th - 8th
Algebra, Math
CCSS
6.EE.B.7
, 7.EE.B.4
Create a City – Geometry Project (Mini-Version) Distance, Midpoint, & Partitions
Design a city while practicing distance, midpoint, and partition calculations with this low-prep, real-world mini-project! Students will plot points, calculate distances and midpoints, use ratios to partition segments, and apply area and perimeter—all while designing a custom city on a Coordinate Plane. Due to the simplified structure, suggestions are provided for how to differentiate the Core assignment for your Support and Extension students. Students use the Planning Contract and Building C
6th - 10th
Algebra, Algebra 2, Geometry
CCSS
6.NS.C.6
, 6.NS.C.8
, HSG-GPE.B.6
+1
Slope Picture Project
Engage your students with this creative Slope Picture Project! This hands-on activity is the perfect way to review and apply slope concepts in a fun, artistic way. Students will design their own picture using diagonal, horizontal, and vertical lines—no curves allowed! From names and houses to sports logos and more, this project lets students show their creativity while reinforcing their understanding of slope. Students will: ✅ Create a picture using at least ten different lines ✅ Identify posi
7th - 10th
Algebra, Graphing
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