Teacher Resources (new)
B3.1 Fundamentals of OOP for a single class
B3.1 covers OOP fundamentals for a single class: classes, objects, encapsulation, and basic polymorphism. Classes model real-world entities, UML aids design. Static vs. non-static members, constructors,...
Teacher Resources (new)
B1.1 Approaches to computational thinking
B1.1 explores computational thinking: defining problems, key concepts (abstraction, decomposition, pattern recognition, algorithms), and solution representation This resource pack covers Approaches to...
Activities
B 4.1.4 Worksheet 3
Name: _________________________ Instructions: For each question, start with the tree provided and perform the requested operation. Sketch the new tree that results from the operation. Starting Tree for...
Activities
B 4.1.4 Worksheet 3 Answers
Starting Tree: 50 / \ 25 75 / \ / \ 10 30 60 80 \ 65 1. Insert 55. 50 ...
eBook
D.3 Program development
The topic covers program development, defining terms related to objects’ data and actions, and OOP features. It describes the uses of primitive data types and string class, and involves constructing code...
Activities
D.1 Objects Answers
1. Define an object in reference to Object Oriented Programming It is a programming paradigm based on the creation of objects. Objects contain data and actions or variables and methods. In JAVA objects...
Activities
B 2.4.5 Worksheet 2 Answer Key
Trace reverseString("recursion"): Trace isPalindrome("madam"): Trace isPalindrome("recursion"): Trace gcd(48, 18): (The answers for the Python worksheet are very similar to the Java answers, with the...
Activities
B 2.4.5 Worksheet 2 Python
Instructions: Complete the following exercises to practice constructing, tracing, and implementing non-branching recursive algorithms in Python....
Activities
B 2.4.5 Worksheet 2 Java
Instructions: Complete the following exercises to practice constructing, tracing, and implementing non-branching recursive algorithms in Java....
Activities
B 4.1.2 Worksheet 1
(Diagrams should be drawn clearly with boxes for nodes and arrows for pointers)...