Bubble Sort continuously swaps adjacent elements until array is in order. Algorithm works by comparing elements and swapping them. First pass processes elements from 0 to n-1. Second pass processes elements from 0 to n-2. Process continues n-1 times until sorted array is found
Arrays contain elements of same type, lists are similar but with additional functionality. Sorting improves program efficiency by arranging data in ascending order
Sorting arranges data in a particular order for easier access. Bubble sort repeatedly swaps adjacent elements until sorted. Algorithm works by iterating through array n times
Sorting arranges elements in an ordered sequence. Data can be sorted alphabetically or numerically. Sort key specifies criteria for sorting. C# uses stable sort algorithm internally
Sorting means logically arranging data in ascending or descending order. Real-life examples include arranging test sheets and phone contact lists
Sorting arranges elements in a particular order for further processing. C programming offers multiple sorting algorithms including bubble, selection, quick, merge, heap, and insertion