Master Data Structures using C#.Net

Learn to implement linear search in c#.net by creating a data structures project, building a console app, and coding a linear search that scans array and returns index or -1.

Learn how binary search operates on a sorted array by computing mid, comparing the key with the mid element, and adjusting low and high until match is found or not.

Implement a binary search in a C#.Net console project, using low, high, and mid to locate a key in a sorted array, returning its index or -1.

Explore binary search with recursion by implementing a self-calling function that uses low, high, and mid to locate a key in an array, returning the index or -1.

Explore bubble sort by examining how adjacent elements are compared and swapped across n minus one passes, revealing the sorting process from initial array to a sorted sequence.

Demonstrate selection sort on an array by iterating i, finding the minimum with j comparisons, and swapping the minimum into position for each pass.

Demonstrates coding a selection sort in a C#.net console project: set up folders, create program structure, implement the sort with i and j loops, and swap the minimum.

Explore insertion sort using two arrays, copying from a to b and shifting elements with i and j, until every key lands in its correct position for a sorted result.

Explore quick sort in master data structures using c#.net by selecting the first element as pivot, partitioning the array with two pointers, swapping out-of-place elements, and recursively sorting subarrays.

Demonstrates merge sort on an array by dividing into low to mid and mid+1 to high, then comparing and merging elements into a b array using i, j, and k.

Build a practical merge sort in c#.net by creating a console app, implementing the divide-and-conquer merge process with low, mid, and high indices, and printing the sorted results.

Explore queue data structures, a first-in, first-out linear structure with front and rear pointers, and learn insert, delete, and display operations in a practical C#.Net context.

Master circular queue concepts by studying how front and rear pointers support insert, delete, and display in a first-in, first-out order, with circular indexing to maximize memory use.

Learn to implement a stack with a linked list in C#.Net, using a top pointer to perform push, pop, peek, and display operations in last in, first out order.