This folder contains pseudocode exercises and problem-solving examples from the Programming Basics course. These materials aim to bridge the theoretical concepts of programming logic to practical implementation.
- Explores the concept of iteration (looping) in programming logic.
- Case studies include:
- Counting and moving colored balls into separate baskets.
- Sorting and counting candies based on flavors.
- File: [Session 4 - Iteration in Pseudocode.pdf]
- Focuses on single-dimensional arrays and their applications.
- Case studies include:
- Counting odd numbers from a list.
- Identifying leap years from user input.
- File: [Session 5 - Array.pdf]
- Explores 2D arrays and their operations.
- Case studies include:
- Summing two 3x3 matrices.
- Modifying matrix elements to follow specific patterns.
- File: [Session 6 - Multidimensional Array.pdf]
- Introduces composite data types like structs.
- Case studies include:
- Storing and displaying student data (name, address, gender, domicile).
- Filtering students by age using a birth year attribute.
- File: [Session 7 - Composite Variable.pdf]
- Study the Concepts:
- Review each session's pseudocode to understand the problem-solving logic.
- Practice Implementing:
- Translate the pseudocode into a programming language like C to deepen your understanding.
- Each session builds on the previous one, starting from basic iterations to more complex data structures like structs and multidimensional arrays.
- For questions or discussions, feel free to reach out via GitHub.
Explore these materials to strengthen your understanding of pseudocode and algorithm design!