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Preview of AP Computer Science Principles Bundle - Big Idea 3: Algorithms & Programming

AP Computer Science Principles Bundle - Big Idea 3: Algorithms & Programming

This is a growing bundle to cover all the AP CSP components for Big Idea 3, which has an AP exam weight of 30-35%. The following are the lessons included in this bundle currently: U3 L1 VariablesU3 L2 Math OperatorsU3 L3 StringsU3 L4 Boolean ExpressionsU3 L5 FlowchartsU3 L6 ConditionalsU3 L7 Turtle CodingU3 L9 IterationEach Lessons Includes: Guided Notes for the studentsLesson Slides (PowerPoint & Keynote)Practice WorksheetExit Slip (At least 2 versions)Keys for all resources© 2022 “Innovative M
Preview of Addition and Subtraction Worksheet | Algorithms & Missing Digits | Upper Primary

Addition and Subtraction Worksheet | Algorithms & Missing Digits | Upper Primary

Created by
STEMora
This Addition and Subtraction worksheet is designed to build accuracy, fluency, and confidence with written algorithms and mental calculation strategies. Students practise: Addition and subtraction without a calculator Applying standard written algorithms Solving missing-digit number problems Showing clear mathematical working This resource works perfectly as a Do Now / Starter, independent practice, homework task, or fast-finisher activity. ✔️ What’s Included Addition problems (mental
Preview of Scaffolds to Support Long Division by 2 Digit Divisors (Standard Algorithm)

Scaffolds to Support Long Division by 2 Digit Divisors (Standard Algorithm)

Created by
Dawn Vogelfang
I created this for my students with disabilities, ENL students, and students who need a visual representation of how to divide using the standard algorithm. I print this double-sided and place in a plastic sheet protector for students to use with a dry erase marker. They keep it in their folder all year to help support them if needed while dividing. This is great to differentiate or support student learning.
Preview of Building Thinking Classrooms Lesson Plan – Understanding the Adding Algorithm

Building Thinking Classrooms Lesson Plan – Understanding the Adding Algorithm

Created by
PEMDASSA
Simplify integer addition for your students with this ready-to-use Building Thinking Classrooms (BTC) lesson plan focused on Understanding the Adding Algorithm!Designed using the principles from Building Thinking Classrooms by Peter Liljedahl, this resource provides everything you need to help students uncover the logic behind the adding algorithm rather than memorizing rules. Through engaging, scaffolded activities, students will develop a conceptual understanding of how and why the algorithm
Preview of Primm & Kruskal's Algorithm Step by Step print out for Spanning Trees

Primm & Kruskal's Algorithm Step by Step print out for Spanning Trees

Created by
Holland Math
This is a quick printout of the step-by-step directions for the two spanning tree algorithms, Prim and Kruskal, that students can use in their notes to save time.
Preview of Equivalent Fractions Notes:  Visuals and Standard Algorithm - Printable

Equivalent Fractions Notes: Visuals and Standard Algorithm - Printable

These Fraction Notes were designed for use with middle school students, but can also be used with upper elementary or low performing high school students. This also provides great scaffolding for special education students. These notes allow students to draw visuals of fractions, create equivalent fracitions using a visual, and create equivalent fractions using multiplication and division. Interested in a FREE video lesson guiding students through these notes? CLICK HEREInterested in other ma
Preview of Multiplication Strategies Guide - lattice method and standard algorithm

Multiplication Strategies Guide - lattice method and standard algorithm

Created by
Daniel Bouchard
This is document explaining to different ways to do multiplication: the lattice method and the standard algorithm.
Preview of Social Media & Influencer Marketing Lesson | Financial Literacy Slides & Notes

Social Media & Influencer Marketing Lesson | Financial Literacy Slides & Notes

Explore algorithms, targeted ads, cookies, data tracking, and psychological persuasion like FOMO, authority, and social proof shaping consumer decisions.This high school Financial Literacy / Economics lesson helps students analyze how companies use algorithms, targeted ads, data tracking, and psychological persuasion techniques that influence consumer behavior in a digital world. It includes a visually engaging and professional slides presentation designed to elevate instruction (no juvenile cli
Preview of Java Programming Concepts BUNDLE

Java Programming Concepts BUNDLE

Created by
Creepy Circuits
Intro to Java | Control Structures | Algorithms & ArithmeticThis engaging Creepy Circuit bundle includes three scaffolded computer science lessons perfect for building foundational Java programming skills in middle or high school students. Each lesson blends engaging visuals, structured content, and hands-on coding practice with editable materials for flexible classroom use. 1. Intro to Programming and VariablesLearn about IDEs, compilers, data types, and writing first Java programs Practice
Preview of Adding and Subtracting Fractions Foldable | Like & Unlike Denominators Notes

Adding and Subtracting Fractions Foldable | Like & Unlike Denominators Notes

Help your students visually master the algorithms for adding and subtracting fractions with this engaging, double-sided interactive notebook foldable!Adding and subtracting fractions can be a major hurdle for middle school math students, especially when switching between common and unlike denominators. This hands-on folding graphic organizer simplifies the entire process by breaking down the rules, steps, and arithmetic into clear, predictable, and manageable visual pathways.🎨 3 Versions Includ
Preview of Proving 45-45-90 and 30-60-90 Right Triangles: Guided Notes

Proving 45-45-90 and 30-60-90 Right Triangles: Guided Notes

Created by
Brooks Jones
Help your geometry students understand the "why" behind the algorithms for special right triangles with this 7-page investigation and guided notes activity. Your students will use the Pythagorean Theorem and the properties of isosceles and equilateral triangles to discover how to solve for any side of a 45-45-90 and 30-60-90 triangle. Clear diagrams and step-by-step algebraic proofs allow students to develop the foundational understanding for working with these common right triangles, ensuring a
Preview of Computer Science Principles: Variables (Big Idea 3 Lesson 1)

Computer Science Principles: Variables (Big Idea 3 Lesson 1)

This is the 1st lesson in my AP Computer Science Principles Big Idea 3 Algorithms and Programming. Students will: learn about variablesapply data types to variablesassign meaning variables namescomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote)Practice WorksheetExit Slip (3 versions)Keys for all resources.© 2023 “Innovative Mathematics”(Laura Brantley) All rights reserved. All products purchased from Laura Brantley (Innovative Mathe
Preview of Computer Science Principles: Math Operators (Big Idea 3 Lesson 2)

Computer Science Principles: Math Operators (Big Idea 3 Lesson 2)

This is the 2nd lesson in my AP Computer Science Principles Big Idea 3 Algorithms and Programming. Students will: review order of operations in mathlearn modulus math operationslearn random number generator commandapply all math operations in sequential pseudocodeunderstand simulation in codingcomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote)Practice WorksheetExit Slip (2 versions)Keys for all resources.© 2022 “Innovative Mathemati
Preview of Computer Science Principles: Iteration (Big Idea 3 Lesson 9)

Computer Science Principles: Iteration (Big Idea 3 Lesson 9)

This is the 9th lesson in my AP Computer Science Principles Big Idea 3: Algorithms & Programming bundle. Students will: learn FOR and WHILE loopsapply knowledge of loops (iteration)applying sequential and selection blocks of pseudocode using iterationcomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote)Practice WorksheetExit Slip (4 versions)Keys for all resources.© 2023 “Innovative Mathematics”(Laura Brantley) All rights reserved. A
Preview of Computer Science Principles - Conditional Statements (Big Idea 3 Lesson 6)

Computer Science Principles - Conditional Statements (Big Idea 3 Lesson 6)

This is the sixth lesson in my AP Computer Science Principles Big Idea 3: Algorithms & Programming Bundle Students will: understand what is a conditional statement (IF statements)evaluate conditional statements (IF, IF ELSE & Nested)apply knowledge conditional statements in coding (IF, IF ELSE & Nested)complete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint & Keynote)Practice WorksheetExit Slips (4 versions)Keys for all resources.© 2022 “Innovat
Preview of Computer Science Principles: Boolean Expressions (Big Idea 3 Lesson 4)

Computer Science Principles: Boolean Expressions (Big Idea 3 Lesson 4)

This is the fourth lesson in my AP Computer Science Principles Big Idea 3: Algorithms & Programming Bundle Students will: understand what is a Boolean expressionevaluate Boolean expression and compound conditionalsapply knowledge of Boolean conditionals in codingcomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint & Keynote)Practice WorksheetExit Slips (4 versions)Keys for all resources.© 2022 “Innovative Mathematics”(Laura Brantley) All righ
Preview of Computer Science Principles: Turtle Coding (Big Idea 3 Lesson 7)

Computer Science Principles: Turtle Coding (Big Idea 3 Lesson 7)

This is the 7th lesson in my AP Computer Science Principles Big Idea 3: Algorithms & Programming bundle. Students will: learn how to navigate through code moving a robot around a gridapply knowledge of variables, Boolean values and conditionalsapplying sequential and selection blocks of pseudocodecomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote and PDF)Practice WorksheetExit Slip (4 versions)Keys for all resources.© 2023 “Innovat
Preview of Computer Science Principles: Strings (Big Idea 3 Lesson 3)

Computer Science Principles: Strings (Big Idea 3 Lesson 3)

This is the 3rd lesson in my AP Computer Science Principles Big Idea 3 Algorithms and Programming. Students will: understand string variableslearn how to concatenate stringslearn substring commandapply substrings in sequential pseudocodecomplete AP style problemsThis download includes: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote)Practice WorksheetExit Slip (2 versions)Keys for all resources.© 2022 “Innovative Mathematics”(Laura Brantley) All rights reserved. All products purc
Preview of Hundreds Chart-Sieve of Eratosthenes-Prime Numbers/Divisibility Rules

Hundreds Chart-Sieve of Eratosthenes-Prime Numbers/Divisibility Rules

Sieve of Eratosthenes: An ancient way of finding prime numbers. Eratosthenes was a mathematician and librarian in ancient Alexandria. He invented an algorithm, called the sieve of Eratosthenes, to collect prime numbers. This fun chart helps students see not only the prime and composite numbers, but has the multiples of 2, 3, 5, 6, 7, and 10 colored a special way on the chart. This is a great reference for students to use throughout the year. Making factor trees, prime factorizations, reducin
Preview of Add & Subtract Fractions Anchor Chart | Standard Alg. | Number Line | Area Model

Add & Subtract Fractions Anchor Chart | Standard Alg. | Number Line | Area Model

This anchor chart is perfect for introducing how to add and subtract fractions. This anchor chart gives examples of the following methods: standard algorithm, number line, and area model. It has 4 steps outlined with a color coding to match the examples to help students see the correlation. Anchor charts great learning tools for the teacher and the students! They help students refer back to their learning goals, follow steps and procedures, and help guide their learning. They use math vocabular
Preview of Computer Science Principles: Identifying & Correcting Errors (Big Idea 1 Less 4)

Computer Science Principles: Identifying & Correcting Errors (Big Idea 1 Less 4)

This is the fourth lesson in my AP Computer Science Principles Big Idea 1 Bundle Students will: learn the different types of computer errorslearn the different types of debugging techniquesThis download includes: Guided NotesLesson Slides (PowerPoint & Keynote)Find the errors activityKeys for all resourcesTeacher Notes© 2021 “Innovative Mathematics”(Laura Brantley) All rights reserved. All products purchased from Laura Brantley (Innovative Mathematics) may be used by the purchaser for their clas
Preview of AP Computer Science Principles Curriculum (Growing) Bundle

AP Computer Science Principles Curriculum (Growing) Bundle

This is a growing bundle for my AP Computer Science Principles Curriculum. This download includes: Two "First Week of School" activities.Unit 1 - Creative DevelopmentUnit 2 - Data Unit 3 - Algorithms & Programming (Lessons 5, 8, 11, 13 & 14 coming soon)Unit 4 - Computer Systems & Networks Unit 5 - Impact of ComputingEach unit has lessons including: Guided Notes for the studentsLesson Slides (PowerPoint, Keynote)Practice Problems WorksheetExit Slip (at least 2 versions)Keys for all resourcesSome
Preview of Long Division Steps Poster Visual Step-by-Step Guide for SPED Math Intervention

Long Division Steps Poster Visual Step-by-Step Guide for SPED Math Intervention

Long division can be overwhelming for many students, especially those who struggle with multi-step procedures. This step-by-step long division poster breaks the process down into clear, structured steps so students can follow the algorithm with confidence. Designed with secondary SPED, intervention, and struggling learners in mind, this visual support helps students remember each stage of the long-division process: divide, multiply, subtract, and bring down. This poster works well as a refere
Preview of Long Division Labeling Notes / Poster - Differentiated

Long Division Labeling Notes / Poster - Differentiated

Whether you're doing self-guided notes in your interactive math workbooks, or whether you just need a visual, this simple color-coded visual shows students the divisor, dividend, and quotient when solving division problems using the standard algorithm. Can be used to be printed as a:- poster- piece in guided notebook- visual for differentiation
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