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B 2.4.5 Recursive Algorithms (HL Only)
Become a recursion master! This section dives deeper into recursive programming, focusing on how to construct and trace simple, non-branching recursive algorithms in Java and Python. Sharpen your problem-solving...
Activities
B 2.3.2 Worksheet answers Java
1. 2. 3. 4. 5. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 1. 2. 3. 4. 5. ...
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B 2.3.2 Worksheet - Java
Name: _________________________ Instructions: Write Java code to solve the following problems. Instructions: Write Java code to solve the following problems using nested if statements....
Activities
B 2.3.2 Worksheet - Python
Name: _________________________ Instructions: Write Python code to solve the following problems. Write a program that takes a string representing a username and a string representing a password....
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B 2.2.4 Worksheet Python Answers
Printed: Final Queue: ['B', 'C', 'D'] Printed: Final Queue: [] (Empty) 1. Sum of Queue 2. Count Elements 3. Find Last Element (Rear) 4. Check for Item 5. Get Second Element Explanation: Message Queue...
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B 2.2.4 Worksheet Python
Name: _________________________ This worksheet uses a Python list as a queue. Instructions: For each problem, trace the operations in the order given. Sketch the final state of the queue q, showing the...
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B 2.2.4 Queues Python
This section introduces the queue data structure, which operates on the FIFO principle (like a line at a store!). We'll explore key operations (enqueue, dequeue, front, isEmpty), their efficiency, and...
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B 2.2.3 Stacks Java
This section explores the stack data structure, which operates on the LIFO principle (like a stack of plates!). We'll cover key operations (push, pop, peek, isEmpty), their efficiency, and how to choose...
Teacher Resources (new)
B 2.2.4 Queues Java
This section introduces the queue data structure, which operates on the FIFO principle (like a line at a store!). We'll explore key operations (enqueue, dequeue, front, isEmpty), their efficiency, and...
Activities
B 2.2.4 Worksheet Java
Name: _________________________ This worksheet uses the standard Java Queue interface, (e.g., Queue q = new LinkedList();), which has the following methods: Instructions: For each problem, trace the operations...