Loading subject…

A1.1.1 Functions and Interactions of the Main CPU Components

A1.1.2 Role of a GPU

A1.1.3 Differences Between the CPU and GPU (HL only)

A1.1.4 Purposes of Different Types of Primary Memory

A1.1.5 Fetch, Decode, and Execute Cycle

A1.1.6 Process of Pipelining in Multi-Core Architectures (HL only)

A1.1.7 Internal and External Types of Secondary Memory Storage

A1.1.8 Concept of Compression

A1.1.9 Different Types of Services in Cloud Computing

A1.2.1 Principal Methods of Representing Data

A1.2.2 How Binary is Used to Store Data

A1.2.3 Purpose and Use of Logic Gates

A1.2.4 Constructing and Analyzing Truth Tables

A1.2.5 Constructing Logic Diagrams

A1.3.1 Role of Operating Systems

A1.3.2 Functions of an Operating System

A1.3.3 Comparison of Different Approaches to Scheduling

A1.3.4 Evaluation of Polling and Interrupt Handling

A1.3.5 Role of the Operating System in Managing Multitasking and Resource Allocation (HL only)

A1.3.6 Use of Control System Components (HL only)

A1.3.7 Control Systems in Real-World Applications (HL only)

A1.4.1 Evaluation of Translation Processes: Interpreters and Compilers (HL only)

A2.1.1 Purpose and Characteristics of Networks

A2.1.2 Purpose, Benefits, and Limitations of Modern Digital Infrastructures

A2.1.3 Function of Network Devices

A2.1.4 Network Protocols Used for Transport and Application

A2.1.5 Function of the TCP/IP Model (HL only)

A2.2.1 Functions and Practical Applications of Network Topologies

A2.2.2 Function of Servers (HL only)

A2.2.3 Compare and Contrast Networking Models

A2.2.4 Concepts and Applications of Network Segmentation

A2.3.1 Different Types of IP Addressing

A2.3.2 Compare Types of Media for Data Transmission

A2.3.3 How Packet Switching is Used to Send Data Across a Network

A2.3.4 How Static Routing and Dynamic Routing Move Data Across Local Area Networks (HL only)

A2.4.1 Effectiveness of Firewalls at Protecting a Network

A2.4.2 Common Network Vulnerabilities (HL only)

A2.4.3 Common Network Countermeasures (HL only)

A2.4.4 Process of Encryption and Digital Certificates

A3.1.1 Features, Benefits, and Limitations of a Relational Database

A3.2.1 Database Schemas

A3.2.2 Constructing Entity Relationship Diagrams (ERDs)

A3.2.3 Different Data Types Used in Relational Databases

A3.2.4 Constructing Tables for Relational Databases

A3.2.5 Differences Between Normal Forms

A3.2.6 Constructing a Database Normalized to 3NF for Real-World Scenarios

A3.2.7 Evaluating the Need for Denormalizing Databases

A3.3.1 Differences Between Data Language Types in SQL

A3.3.2 Constructing Queries Between Two Tables in SQL

A3.3.3 Using SQL to Update Data in a Database

A3.3.4 Constructing Calculations Within a Database Using SQL’s Aggregate Functions (HL only)

A3.3.5 Different Database Views (HL only)

A3.3.6 How Transactions Maintain Data Integrity in a Database (HL only)

A3.4.1 Different Types of Databases as Approaches to Storing Data (HL only)

A3.4.2 Primary Objectives of Data Warehouses in Data Management and Business Intelligence

A3.4.3 Role of Online Analytical Processing (OLAP) and Data Mining for Business Intelligence

A3.4.4 Features of Distributed Databases

A4.1.1 Types of Machine Learning and Their Applications in the Real World

A4.1.2 Hardware Requirements for Various Scenarios Where Machine Learning is Deployed

A4.2.1 Significance of Data Cleaning (HL only)

A4.2.2 Role of Feature Selection (HL only)

A4.2.3 Importance of Dimensionality Reduction (HL only)

A4.3.1 Linear Regression in Predicting Continuous Outcomes (HL only)

A4.3.2 Classification Techniques in Supervised Learning (HL only)

A4.3.3 Role of Hyperparameter Tuning in Supervised Learning Algorithms (HL only)

A4.3.4 Clustering Techniques in Unsupervised Learning (HL only)

A4.3.5 Learning Techniques Using the Association Rule Used in Large Data Sets (HL only)

A4.3.6 Agents Learning to Make Decisions (HL only)

A4.3.7 Application of Genetic Algorithms (HL only)

A4.3.8 Structure and Function of ANNs (HL only)

A4.3.9 Design of CNNs (HL only)

A4.3.10 Model Selection and Comparison in Machine Learning (HL only)

A4.4.1 Ethical Implications of Machine Learning in Real-World Scenarios

A4.4.2 Ethical Aspects of the Increasing Integration of Computer Technologies into Daily Life

B1.1.1 Constructing a Problem Specification

B1.1.2 Fundamental Concepts of Computational Thinking

B1.1.3 Applying Computational Thinking to Solve Problems in Computer Science

B1.1.4 Tracing Flowcharts for a Range of Programming Algorithms

B2.1.1 Constructing and Tracing Programs Using Global and Local Variables of Various Data Types

B2.1.2 Constructing Programs That Extract and Manipulate Substrings

B2.1.3 How Programs Use Common Exception Handling Techniques

B2.1.4 Constructing and Using Common Debugging Techniques

B2.2.1 Comparing Static and Dynamic Data Structures

B2.2.2 Constructing Programs That Apply Arrays and Lists

B2.2.3 Concept of a Stack as a "Last In, First Out" (LIFO) Data Structure

B2.2.4 Concept of a Queue as a "First In, First Out" (FIFO) Data Structure

B2.3.1 Constructing Programs That Implement the Correct Sequence of Code Instructions

B2.3.2 Constructing Programs Utilizing Appropriate Selection Structures

B2.3.3 Constructing Programs That Utilize Looping Structures

B2.3.4 Constructing Functions and Modularization

B2.4.1 Efficiency of Specific Algorithms and Big O Notation

B2.4.2 Constructing and Tracing Algorithms for Linear and Binary Search

B2.4.3 Constructing and Tracing Bubble Sort and Selection Sort, Evaluating Time and Space Complexities

B2.4.4 Fundamental Concept of Recursion and Its Applications in Programming (HL only)

B2.4.5 Constructing and Tracing Recursive Algorithms in a Programming Language (HL only)

B2.5.1 Constructing Code to Perform File-Processing Operations

B3.1.1 Evaluating the Fundamentals of OOP

B3.1.2 Designing Classes, Their Methods, and Behaviour

B3.1.3 Distinguishing Between Static and Non-Static Variables and Methods

B3.1.4 Constructing Code to Define Classes and Instantiate Objects

B3.1.5 Explaining and Applying the Concepts of Encapsulation and Information Hiding in OOP

B3.2.1 Applying the Concept of Inheritance in OOP to Promote Code Reusability (HL only)

B3.2.2 Constructing Code to Model Polymorphism and Its Various Forms, Such as Method Overriding (HL only)

B3.2.3 Explaining the Concept of Abstraction in OOP (HL only)

B3.2.4 Explaining the Role of Composition and Aggregation in Class Relationships (HL only)

B3.2.5 Explaining Commonly Used Design Patterns in OOP (HL only)

B4.1.1 Properties and Purpose of ADTs in Programming (HL only)

B4.1.2 Evaluating Linked Lists (HL only)

B4.1.3 Constructing and Applying Linked Lists: Singly, Doubly, and Circular (HL only)

B4.1.4 Explaining the Structures and Properties of BSTs (HL only)

B4.1.5 Constructing and Applying Sets as an ADT (HL only)

B4.1.6 Explaining the Core Principles of ADTs (HL only)

IB Computer Science Topic B3.2.3: Explaining the Concept of Abstraction in OOP Flashcards

Written by IB Experts

Flashcards for

These interactive flashcards help IB Computer Science (First Exam 2027) students Standard Level (SL) and Higher Level (HL) quickly review and memorize the essential definitions, formulas, and terms needed for success in IB Exams.

Each card focuses on B3.2.3 Explaining the Concept of Abstraction in OOP (HL only) and is aligned with the IB Computer Science (First Exam 2027) syllabus, ensuring focused revision on programming concepts, algorithms, and data structures.

Students can test themselves anytime, anywhere, perfect for reinforcing tricky concepts, learning IB terminology, and committing formulas to memory.

By using RevisionDojo's flashcards consistently, learners turn repetition into mastery and enter the exam with confidence.

1 / 16

What is the primary definition of abstraction in OOP?

Flip

Spacebar

The process of hiding implementation details and exposing only the essential features of an object.

Flip

Spacebar

B3.2.3 Explaining the Concept of Abstraction in OOP (HL only)

A1 Computer fundamentals

A1.1 Computer hardware and operation9 subtopics

A1.2 Data representation and computer logic5 subtopics

A1.3 Operating systems and control systems7 subtopics

A1.4 Translation (HL only)1 subtopic

A2 Networks

A2.1 Network fundamentals5 subtopics

A2.2 Network architecture4 subtopics

A2.3 Data transmissions4 subtopics

A2.4 Network security4 subtopics

A3 Databases

A3.1 Database fundamentals1 subtopic

A3.2 Database design7 subtopics

A3.3 Database programming6 subtopics

A3.4 Alternative databases and data warehouses (HL only)4 subtopics

A4 Machine learning

A4.1 Machine learning fundamentals2 subtopics

A4.2 Data preprocessing (HL only)3 subtopics

A4.3 Machine learning approaches (HL only)10 subtopics

A4.4 Ethical considerations2 subtopics

B1 Computational thinking

B1.1 Approaches to computational thinking4 subtopics

B2 Programming

B2.1 Programming fundamentals4 subtopics

B2.2 Data structures4 subtopics

B2.3 Programming constructs4 subtopics

B2.4 Programming algorithms5 subtopics

B2.5 File processing1 subtopic

B3 Object-oriented programming

B3.1 Fundamentals of OOP for a single class5 subtopics

B3.2 Fundamentals of OOP for multiple classes (HL only)5 subtopics

B4 Abstract data types (HL only)

B4.1 Fundamentals of ADTs6 subtopics

A1 Computer fundamentals

A1.1 Computer hardware and operation9 subtopics

A1.2 Data representation and computer logic5 subtopics

A1.3 Operating systems and control systems7 subtopics

A1.4 Translation (HL only)1 subtopic

A2 Networks

A2.1 Network fundamentals5 subtopics

A2.2 Network architecture4 subtopics

A2.3 Data transmissions4 subtopics

A2.4 Network security4 subtopics

A3 Databases

A3.1 Database fundamentals1 subtopic

A3.2 Database design7 subtopics

A3.3 Database programming6 subtopics

A3.4 Alternative databases and data warehouses (HL only)4 subtopics

A4 Machine learning

A4.1 Machine learning fundamentals2 subtopics

A4.2 Data preprocessing (HL only)3 subtopics

A4.3 Machine learning approaches (HL only)10 subtopics

A4.4 Ethical considerations2 subtopics

B1 Computational thinking

B1.1 Approaches to computational thinking4 subtopics

B2 Programming

B2.1 Programming fundamentals4 subtopics

B2.2 Data structures4 subtopics

B2.3 Programming constructs4 subtopics

B2.4 Programming algorithms5 subtopics

B2.5 File processing1 subtopic

B3 Object-oriented programming

B3.1 Fundamentals of OOP for a single class5 subtopics

B3.2 Fundamentals of OOP for multiple classes (HL only)5 subtopics

B4 Abstract data types (HL only)

B4.1 Fundamentals of ADTs6 subtopics

IB Computer Science Topic B3.2.3: Explaining the Concept of Abstraction in OOP Flashcards

IB Computer Science Topic B3.2.3: Explaining the Concept of Abstraction in OOP Flashcards

Flashcards for

Flashcards for B3.2.3 Explaining the Concept of Abstraction in OOP (HL only) - IB