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Selection Sort Algorithm Animation Video 🚀 #dsa #sorting #algorithm #selectionsort #Way2Future

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Selection sort is a sorting algorithm that selects the smallest element from an unsorted list and sets it at the beginning of the unsorted list in each iteration. It sorts an array by repeatedly choosing the smallest member from the unsorted segment and placing it at the beginning (in ascending order).
Selection sort uses in-place comparisons to sort data. The array or list is separated into two parts during the selection sort algorithm: the sorted part on the left end and the unsorted part on the right end. The sorted component is initially empty, while the unsorted part is the complete array or list.
How does it Work?
Let’s understand the working of selection sort step by step with an example:
Step 1: Set the array's first element as the minimum.
Step 2: Compare the first and second elements. Assign the second element as a minimum if it is smaller than the first.
Step 3: Compare the third element to the minimum. If the third element is smaller, assign it as a minimum; otherwise, don’t do any changes. The process continues until the final element of the array.
Step 4: Minimum is moved to the front of the unsorted list after each iteration.
Step 5: Indexing begins with the first unsorted element in each iteration. Steps are repeated until all the elements are placed at their correct positions.
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Selection sort uses in-place comparisons to sort data. The array or list is separated into two parts during the selection sort algorithm: the sorted part on the left end and the unsorted part on the right end. The sorted component is initially empty, while the unsorted part is the complete array or list.
How does it Work?
Let’s understand the working of selection sort step by step with an example:
Step 1: Set the array's first element as the minimum.
Step 2: Compare the first and second elements. Assign the second element as a minimum if it is smaller than the first.
Step 3: Compare the third element to the minimum. If the third element is smaller, assign it as a minimum; otherwise, don’t do any changes. The process continues until the final element of the array.
Step 4: Minimum is moved to the front of the unsorted list after each iteration.
Step 5: Indexing begins with the first unsorted element in each iteration. Steps are repeated until all the elements are placed at their correct positions.
.
.
.
🥇Subscribe for More Content
👍Like if you like the video
💹Share with Friends
🗣️Do comments
🔥🔥🚀
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