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Master C++ Logic: From Maximum Value Logic to Linked List Serial Numbers

C++ remains the backbone of high-performance computing, systems programming, and game development. For beginners, the journey from basic syntax to complex data structures can feel daunting. This curated selection of hands-on labs from the LabEx C++ Learning Path bridges that gap, offering a practical roadmap to master conditional logic, character manipulation, and dynamic memory management through real-world problem-solving.

Output the Maximum Value

Output the Maximum Value

Difficulty: Beginner | Time: 5 minutes

In this challenge, you are asked to write a C program that takes three integer values as input and outputs the maximum of the three. The program should use the scanf function to handle keyboard input and implement the logic to determine the maximum value.

Practice on LabEx → | Tutorial →

Output the Encrypted Letters

Output the Encrypted Letters

Difficulty: Beginner | Time: 5 minutes

In this challenge, you are asked to write a C program that translates the word 'LabEx' into an encrypted password. The encryption rule is to replace each letter with the 4th letter after the original letter. You will use both the putchar and printf functions to output the 5 encrypted characters.

Practice on LabEx → | Tutorial →

Output the Last Serial Number

Output the Last Serial Number

Difficulty: Beginner | Time: 5 minutes

In this challenge, you are asked to write a C program that simulates a group of 13 people standing in a circle. Starting from the first person, they count 1, 2, 3 in order, and the ones who reach 3 will leave the circle. The goal is to find the serial number of the last person remaining in the circle, and implement this using a linked list.

Practice on LabEx → | Tutorial →

These three labs represent the essential pillars of C++: logic, data representation, and memory architecture. By completing these hands-on challenges in the LabEx interactive environment, you aren't just reading about code—you are building the muscle memory required for professional software engineering. Start your journey today and transform these fundamental concepts into powerful programming skills.

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