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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 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 - 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 Math × Python Series - Coding Linear Relations (Project 6 - BOTH Guides)

Math × Python Series - Coding Linear Relations (Project 6 - BOTH Guides)

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
Preview of Math × Python Series - Coding Linear Relations (Project 6 - Student Guide)

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
Preview of Math × Python Series - Coding Linear Relations (Project 6 - Teacher Guide)

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
Preview of Coding Dice Games: Explore Probability Through Play (Python | Grades 5–10+)

Coding Dice Games: Explore Probability Through Play (Python | Grades 5–10+)

Looking for a meaningful way to teach coding AND probability—without worksheets that fall flat? This ready-to-use resource engages students through interactive Python-based dice games, helping them build, test, and understand key concepts through play. What Students Will Learn: Python fundamentals (variables, loops, conditionals, functions)Randomization and simulationTheoretical vs. experimental probabilityIndependent vs. dependent eventsStrategic thinking and decision-makingWhat’s Included:
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