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Preview of Goldie's FULL CURRICULUM for AP® Computer Science A

Goldie's FULL CURRICULUM for AP® Computer Science A

AP® Computer Science A – Full Curriculum BundleAligned to the 2025 College Board CED for AP CSA Welcome to my comprehensive AP Computer Science A editable curriculum bundle! Created to support teachers from the first day of class to the AP Exam, this resource includes everything needed for a successful AP CSA course. This bundle contains my AP Computer Science A curriculum, with resources that align to the College Board’s® 2025 Course and Exam Description. Each unit includes: Editable guid
Preview of References, Scope, and this - Unit 3 Lesson 6 | Goldie's AP® CSA Curriculum

References, Scope, and this - Unit 3 Lesson 6 | Goldie's AP® CSA Curriculum

AP® Computer Science AUnit 3: Class Creation Lesson 6: References, Scope, and this Full Lesson Plan, Guided Notes, Slides & Homework In this lesson, students will explore the concepts of references, scope, and the implementation of the equals() method in Java. They will learn how to compare objects using instance variables, distinguish between primitive and object references in method calls, and utilize the this and final keywords. What’s Included: Detailed lesson planStudent guided notesEdi
Preview of Class Variables and Methods - Unit 3 Lesson 5 | Goldie's AP® CSA Curriculum

Class Variables and Methods - Unit 3 Lesson 5 | Goldie's AP® CSA Curriculum

AP® Computer Science AUnit 3: Class Creation Lesson 5: Class Variables and Methods Full Lesson Plan, Guided Notes, Slides & Homework In this lesson, students will explore the difference between class‑level (static) and instance‑level data and behavior, practice tracing how local variables and parameters work (pass‑by‑value), and see why the placement and order of method calls drive program flow. They will also examine how early return statements cut off execution and how static counters can tr
Preview of Accessor and Mutator Methods - Unit 3 Lesson 4 | Goldie's AP® CSA Curriculum

Accessor and Mutator Methods - Unit 3 Lesson 4 | Goldie's AP® CSA Curriculum

AP® Computer Science AUnit 3: Class Creation Lesson 4: Accessor and Mutator Methods Full Lesson Plan, Guided Notes, Slides & Homework In this lesson, students will learn why object data are usually kept private and how public accessor (getter) and mutator (setter) methods give controlled, secure access to that data. They will write getters, setters, and a customized toString() for a Dog class, and practice calling these methods from another class. What’s Included: Detailed lesson planStudent
Preview of AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP® CSA Unit 4: Data Collections | Goldie's Complete Curriculum

AP CSA Unit 4 Full Curriculum BundleData Collections Complete Lessons, Projects, Activities & AssessmentsAligned to 2025 CED Goldie's AP Computer Science A Unit 4 Full Curriculum Bundle provides everything you need to teach 1D arrays, ArrayLists, 2D arrays, and algorithms with confidence and clarity. Covering all major topics related to arrays, reading text files, ArrayLists, 2D arrays, sorting and searching, and recursion, this bundle includes detailed lesson notes, guided practice, homework
Preview of Friday Math - Balloon Message Mystery for Upper Elementary GATE

Friday Math - Balloon Message Mystery for Upper Elementary GATE

Best practices in Common Core Standards, gifted education and 21st Century Learning Skills . . . This cross-curricular applied math activity addresses the Common Core Standards in a fun way for everyone. Balloon Mystery Messages is applied math, engineering and design, writing, geography, research skills, and internet and computer technology bundled in one mighty cool set of activities. In Balloon Mystery Messages, students practice long division and 4+ digit multiplication as they solve th
Preview of Math 6 | Common Factors & Cryptography Lesson Slides | Encryption Theme

Math 6 | Common Factors & Cryptography Lesson Slides | Encryption Theme

Created by
Ms. Dan Hoang
"When will I ever use this?" Answer that question with this engaging lesson connecting Common Factors to Cryptography (Codes). Take your students beyond basic lists. This lesson uses a "Secret Agent" theme to show how factors function as "keys" to unlock encrypted messages. It bridges the gap between abstract math and real-world computer science concepts in a way that is approachable for Middle Schoolers. WHAT'S INSIDE:The "Hook": Introduction to encryption and why we need factors to break co
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