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Lecture 28 - Tail Recursion | DSA Basics For Beginners | Placement Course

Welcome to Lecture 28 - Tail Recursion, part of our comprehensive DSA Placement Course. In this lecture, we will explore the concept of tail recursion, understand its importance in problem-solving, and learn how to implement it effectively in Python. What is Tail Recursion in DSA? Tail recursion is a special type of recursion where the recursive call is the last operation performed by the function. It allows compilers or interpreters to optimize memory usage, making it more efficient than regular recursion. How is Tail Recursion Different from Regular Recursion? In regular recursion, the function might perform additional operations after the recursive call, requiring more stack space. In contrast, tail recursion eliminates the need for additional stack frames, as the function ends immediately after the recursive call. Why Use Tail Recursion? Tail recursion improves memory efficiency and reduces the risk of stack overflow, especially in cases with deep recursive calls. It is particularly useful in problems like factorial calculation, Fibonacci series, and summation. This Data Structures and Algorithms course is a part of our Data Structures and Algorithms playlist:    • Видео   🔗Follow Us: Our Website: https://myprojectideas.com/ Github: https://github.com/myprojectideas/ Join this channel to get access to the perks like 1-to-1 error resolution:    / @rudelabs