Consider a Binary Search Algorithm that performs a search for the number 48 within the following unsorted list. Using paper and pencil, show the detailed steps for that search algorithm until 48 is found. You must use bubble sort if need it. 10 19 13 4 35 34 15 60 48 70

Copying and pasting is prohibited Write a python program to implement Breadth first search Traversal

Assume that we have a sorted list in an array: Index: 0 1 2 3 4 5 6 7 8 9 10 11 numbers: 12 15 17 19 22 26 28 30 32 34 36 38 we want to use the binary search algorithm to find the value 19 in the list. What would be the indexes of the array that the binary search would check to find the value 19 the indexes and not the actual numbers in the list otherwise

Let a[] be a sorted array of n integers. Search a given key, say k, on using the binary search method. Use Java method

Select all the statements that are false, bubble sort is defined below:* Quicksort is the fastest sorting algorithm If you are lucky, you can get O(n) time complexity in Mergesort On the worst case, Bubble sort will give you O(n logn) time complexity Average time complexity of insertion sort is much better than bubble sort Selection sort has the worst space complexity among all the sorting algorithm

Write the algorithm which sorts the array by using the quick sort algorithm. Then find the complexity of the algorithm as Big O notation.