Selection Sort is a fundamental sorting algorithm that operates by selecting the minimum element from an unsorted array and placing it at the beginning of the sorted section. Despite its simplicity and educational value for teaching basic sorting principles, Selection Sort's quadratic time complexity of O(n^2) makes it inefficient for large datasets. It remains a valuable teaching tool and is suitable for small arrays or systems where consistent performance is paramount.
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Selection Sort is an elementary sorting technique that sorts an array by repeatedly finding the minimum element and moving it to the end of the sorted section
Time Complexity
Selection Sort has a time complexity of O(n^2), indicating that the time required to sort the elements increases quadratically with the size of the input
Space Efficiency
Selection Sort is space-efficient as it performs the sort in place, meaning it does not require additional memory
Selection Sort can be implemented in multiple programming languages, with each language bringing its own syntax and style to the algorithm
Selection Sort begins by searching for the smallest element in the array
Selection Sort swaps the minimum element with the element in the first position, then continues to swap the smallest element in the remaining unsorted section with the element in the next position
Selection Sort repeats the process of finding the minimum element and swapping it into the correct position until the entire array is sorted
Selection Sort has a time complexity of O(n^2), making it inefficient for sorting large arrays
Selection Sort has consistent performance across all cases, making it predictable but slow for large-scale sorting tasks
Selection Sort is suitable for small datasets or environments with limited memory and is beneficial in applications where predictability is more critical than speed
Selection Sort is a valuable educational tool for teaching algorithm design and analysis, as it introduces students to the fundamental concepts of sorting algorithms