In the most pessimistic scenario, we need to do n/m hops and if the last checked worth is more prominent than the component to be looked for, we perform m-1 correlations more for straight hunt. Save my name, email, and website in this browser for the next time I comment. In this program we have implemented the Jump search algorithm in C++ language: using namespace std;int jumpSearch(int a[], int n, int item) {int i = 0;int m = sqrt(n); //initialise the block size= √(n), while(a[m] <= item && m < n) { // the control will continue to jump the blocks i = m; // shift the block m += sqrt(n); if(m > n – 1) // if m exceeds the array sizereturn -1;}, for(int x = i; x