Linear Search Algorithm: Imagine searching a room full of people by name. Linear search would be like sequentially checking each name in the room until you...
Linear Search Algorithm:
Imagine searching a room full of people by name. Linear search would be like sequentially checking each name in the room until you find the target name. This algorithm works by iterating through the elements in the list, comparing each element to the target element. If the target element is found, the algorithm stops and returns the index of the element. If the target element is not found, the algorithm continues to the next element.
Binary Search Algorithm:
The binary search algorithm is similar to linear search, but it works by using a specific technique called binary search to find the target element. Binary search uses a divide-and-conquer approach. It starts by selecting a middle element from the list and compares it to the target element. If the middle element matches the target element, the algorithm stops and returns the index of the element. If the middle element is too small or too large, the algorithm recursively searches the left or right half of the list, respectively, until the target element is found. Binary search has a much better average and worst-case time complexity compared to linear search