Coding Without Computers
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Computer Science Principles: Binary Numbers / Bits & Bytes (Big Idea 2 Lesson 1)
This is the first lesson in my AP Computer Science Principles Big Idea 2: Data bundle. Students will: learn the binary number system convert from binary to decimal valuesunderstand bits & bytes to specify how many bits/bytes are needed to hold data.understand overflow and round-off errorscomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint & Keynote)Practice WorksheetExit Slip (2 versions)Lesson QuizKeys for all resources.© 2021 “Innovative M
5th - 12th, Adult Education, Higher Education
Computer Science - Technology, Math
Also included in: AP Computer Science Principles Bundle - Big Idea 2: Data
Crack the Code with AI: Fractions | Grades 3-5 Math | AI Prompting + 4-Step Meth
CRACK THE TEST CO. | 3.NF.A.1 | 4.NF.A.1 | 5.NF.A.1 | Louisiana LEAP | Crack the Problem Method | AI Literacy Here is the problem most students have with fractions: They freeze the moment the denominator changes. They add the bottoms. They copy whatever the calculator — or the AI tool — spits out without understanding a single step. This bundle fixes all three problems at once by teaching students how to think through fractions AND how to use AI tools the right way — as a tutor that asks questio
3rd - 5th
Fractions
micro:bit Coding - Lesson Resource Bank
Empower your students to code, create, and connect math concepts with the micro:bit!This micro:bit Coding – Lesson Resource Bank includes 11 complete lessons designed for Grades 3 and up, aligned with the Ontario Mathematics Curriculum (2020) and supported by cross-curricular connections in Science. Each lesson comes with ready-to-use teacher resources, interactive micro:bit simulators, and student-friendly supports—everything you need to bring coding into your classroom with confidence.
3rd - 8th, Adult Education
Computer Science - Technology, Other (Math), Other (Science)
Introduction to Coding, Using Scratch and code.org
An introduction to teaching coding to a Year 3 - Year 6 class. This includes links to NSW syllabus suggestions on reflections. Students can work at their own pace using Task Cards.
3rd - 6th
Computer Science - Technology, Graphing, Measurement
Coding with micro:bit - Rounding Numbers (Grades 5+)
Grade 6 EQAO-Aligned Number Machine & Pseudocode PowerPoint LessonEnhance your Grade 6 math instruction with this comprehensive PowerPoint lesson focused on coding number machines with micro:bit and pseudocode, meticulously aligned with Ontario's EQAO standards. This resource is designed to develop students' computational thinking and problem-solving skills through interactive and visual learning. What's Included: Step-by-step slides introducing number machines and pseudocode concepts Engaging v
5th - 6th
Computer Science - Technology, Decimals, Numbers
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
4th - 6th
Computer Science - Technology, Decimals, Numbers
Coding with micro:bit - Operations on Random Numbers (Grades 3+)
Build Computational Thinking in Grade 3 with this micro:bit Coding Lesson!Looking for a meaningful way to blend coding and math in your classroom? This Number Machine lesson is your go-to resource! Designed for Grade 3+ educators, it walks students through a clear build plan using pseudocode before transitioning into actual coding with Microsoft MakeCode and micro:bit. Your learners will: Build a digital “number machine” that performs math operations on random numbers. Follow a scaffolded, ste
3rd - 4th
Basic Operations, Computer Science - Technology
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
7th - 10th
Algebra, Computer Science - Technology, Math Test Prep
Intro to Solving One Step Addition & Subtraction Equations Lesson
Looking for a way to introduce solving equations with visuals, without the mess of using manipulatives? This lesson is a great way to introduce solving one step addition & subtraction equations. We start with balancing a scale, blocks, & mystery box example. This is followed by another example with visuals, 4 more addition examples without visuals, and 3 subtraction examples. All work is shown step by step and color coded. Skills covered in this lesson:Solving one step addition equations
7th - 9th
Algebra
CCSS
7.EE.B.4
2-Step Equations Lesson | GUIDED NOTES | POWERPOINT | DISTANCE LEARNING
This lesson will teach students the basics of SOLVING 2-STEP-EQUATIONS. The focus is on INVERSE OPERATIONS… NO NEGATIVES, NO FRACTONS, NO DECIMALS. All computation can easily be done by most students without needing a calculator. You get everything you need to teach the lesson: Student Handout for Taking Notes (2-sided pdf/printable)Answer Key (2-sided pdf/printable)Powerpoint Presentation (16 pages with some animations). NOTE: You will need a touchscreen computer with stylus or other means o
6th - 8th
Algebra, Basic Operations, Math
CCSS
7.EE.B.4a
Simplifying Algebraic Expressions
PowerPoint lesson on simplifying algebraic expressions. Includes two note pages as well. I split this lesson into two days and have done so in the PowerPoint, but the lesson can be combined into one day if you are dealing with a more accelerated class. Both days are included in this PowerPoint with both having their own individual warm up and whiteboard review practice at the end. Day one includes combining like terms, with and without distribution, and has some fractions and decimals. I us
7th
Decimals, Fractions, Math
CCSS
7.EE.A.1
, 7.EE.A.2
Geometry Notes Template 5 - Quadrilaterals (including parallelograms)
This product is a notes template to accompany a geometry unit involving quadrilaterals. Math symbolism is included for emphasis on appropriate use of theorems or theorem converses. Some basic figures are included for embellishment by students while other figures are left to student and teacher development. The file is a Word Document to allow teachers to make necessary changes per variations in text presentations. I recommend that teachers make needed changes and then save the file as a pdf
9th - 10th
Geometry, Math
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
Python Coding 2025 Lessons -Grade 9 Destreamed MATH (MTH1W1)
This complete coding unit introduces Grade 9 students to Python through engaging, real-world math and financial applications. It’s aligned to Ontario MTH1W Destreamed Math (Strand D: Coding) and CodeHS / Google Classroom integration, focusing on computational thinking, financial literacy, and problem-solving. Students learn to analyze, model, and automate mathematical and financial scenarios using core programming concepts — with scaffolded lessons, guided examples, student worksheets, and
9th - 12th
Applied Math, Financial Literacy, Statistics
3rd Grade Math Addition Without Regrouping Doodle Sketch Notes
These third-grade math sketch notes (AKA doodle pages) are a powerful learning and teaching tool for addition without regrouping. They cover essential math concepts and procedures for students in a visually appealing way. You can use this resource to supplement any math curriculum, and it is perfect for previewing/pre-teaching or reviewing/reinforcing. These sketch pages are like mini anchor charts that your students actively create and can be referred to in the future. While these were specifi
3rd
Math, Math Test Prep, Place Value
CCSS
3.NBT.A.2
Also included in: 3rd Grade Math Sketch Notes Doodle Pages Year-Long Bundle
3rd Grade Math Subtraction Without Ungrouping/Regrouping Doodle Sketch Notes
These third-grade math sketch notes (AKA doodle pages) are a powerful learning and teaching tool for subtraction without ungrouping/regrouping. They cover essential math concepts and procedures for students in a visually appealing way. You can use this resource to supplement any math curriculum, and it is perfect for previewing/pre-teaching or reviewing/reinforcing. These sketch pages are like mini anchor charts that your students actively create and can be referred to in the future. While thes
3rd
Math, Math Test Prep, Place Value
CCSS
3.NBT.A.2
Also included in: 3rd Grade Math Sketch Notes Doodle Pages Year-Long Bundle
Simplifying Radicals Without Variables - Algebra 2 Guided Notes
Give your students a strong foundation in Simplifying Radicals (No Variables) with this focused and easy-to-use Algebra 2 Guided Notes Set. These notes clearly break down the process of simplifying radicals using perfect roots, with step-by-step instruction and structured student practice. Definition & Concept — Introduces radicals, radicands, indices, and the importance of writing exact answers rather than decimal approximations.Perfect Roots Reference — Provides organized lists of perfect sq
9th - 12th, Higher Education
Algebra, Algebra 2, Math Test Prep
CCSS
HSN-RN.A.2
Also included in: Radicals & Rational Exponents - Algebra 2 Guided Notes
Solving Quadratic Equations by Graphing (without a Calculator)
This MS PowerPoint presentation provides an easy-to-understand and classroom-tested technique for solving Quadratic Equations by Graphing (without a Calculator). There are 5 basic methods to solve Quadratic Equations and they are: 1. Graphing2. Factoring and the Zero Product Property 3. Finding Square Roots 4. Completing the Square 5. Quadratic Formula This presentation covers Method No. 1 above. I use this presentation in my 9th, 10th. 11th and 12th grade math classes (Math 1, Math 2, A
9th - 11th
Algebra, Algebra 2, Graphing
CCSS
HSF-IF.C.7a
Also included in: Math 3 / Algebra 2 Bundle - Unit 2 Quadratic Functions
Percents of Numbers ~ Crack the Code
In this two page worksheet plus answer key, students are taught a way to decode verbal percents of numbers problems into equations. Real life word problems using percents of numbers are given as well (on page 2).
6th - 8th
Math, Numbers, Other (Math)
Graphing Quadratic Equations (without a Calculator)
This MS PowerPoint presentation provides an easy-to-understand and classroom-tested method for graphing Quadratic Equations (without a Calculator). I use this presentation in my 8th, 9th, 10th and 11th grade math classes (Math 1, Math 2, Pre-Algebra, Algebra 1 and Algebra 2) classes when reviewing/covering Quadratics. This graphing method includes an easy-to-remember step-by-step process. It is a highly organized and structured instructional slidepack and includes six (6) steps to graph a Q
8th - 11th
Algebra, Algebra 2, Graphing
CCSS
HSF-IF.C.7a
Least Common Multiple using the Grid Method: Color-Coded Notes & Practice
Are your students visual learners? Mine are! These clear, step-by-step color-coded notes are the best (and only, in my eyes) way for your students to find the least common multiple of two numbers! These notes are accessible in both printable and digital formats. My students preferred the tactile experience for processing, but referred their digital copy when studying. Should you have any questions please email me at SpEdderTogether@gmail.com Included: • Step-by-step color-coded instructions • S
6th - 9th
Algebra, Numbers
Consumer Math - Guided Notes on Calculating Discount (color coded)
Teach the concept of discount using this editable note-taking guide. These guided notes are scaffolded and broken down into steps for students. The beginning problems are color coded to help students process and tackle a multi-step problem.
7th - 12th
Applied Math, Math, Other (Math)
Multiplying Mixed Numbers- Color-Coded Organizer
An organizer(template) created to aid students in the process of converting mixed numbers into improper fractions in order to multiply mixed numbers correctly. The color coded boxes allow students that receive accommodations and/or modifications access to advanced curriculum to aid in the process of learning how to multiply mixed numbers.
4th - 6th
Decimals, Fractions, Math
CCSS
5.NF.B.4
, 5.NF.B.4a
, 5.NF.B.6
7NSA2D Fractions, Decimals, Percents without Long Division
Not all fractions have to use long division to change into a decimal. This PowerPoint is a minilesson teaching how to turn basic fractions into decimals and percents by using equivalent fractions.
6th - 7th
Decimals, Fractions
CCSS
7.NS.A.2d
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