Each problem solution is organized into its own file with the following structure:

📄 solution_file    # Solution implementation in preferred language of relevance. Name of Solution file denotes the problem ID on the project Euler site in the Archive Section.

I find Project Euler problems to be both intellectually stimulating and rewarding. Solving these problems helps me enhance my problem-solving skills, learn new programming techniques, and deepen my understanding of mathematics and computer science concepts.

This repository serves as a collection of my solutions to various Project Euler problems. My aim is not only to provide solutions but also to explain the thought process behind each solution and explore different approaches to problem-solving.

The solutions in this repository are written in C. There are no external dependencies required to run or compile the solutions.Each problem directory contains a solution file (typically in C) and a README.md file explaining the solution approach. You can compile and run the solution files using your preferred C compiler.

Some solutions may include optimizations or alternative approaches to improve performance. I discuss these strategies in the README files accompanying each solution. I plan to continue adding solutions to this repository as I progress through more Project Euler problems. I also aim to optimize existing solutions and explore additional topics related to mathematical and computational problem-solving.

While solving these problems, I've found various resources helpful, including textbooks, online articles, and discussions on forums such as the Project Euler forum.

If you have any questions, feedback, or suggestions for improvement, feel free to reach out to me via email at abhinavkrsingh9444@gmail.com. Alternatively, you can connect with me on different social platforms, which are listed in my profile.