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Give the Big O run-time of the following algorithms. Binary Search: def binary-search (arr,...
Merge Sort: Time Complexity: O(n log(n)) #include "stdafx.h" #include <iostream> #include <time.h> #include <stdlib.h> using namespace...
Merge Sort: Time Complexity: O(n log(n)) #include "stdafx.h" #include <iostream> #include <time.h> #include <stdlib.h> using namespace std; void combine(int *a, int low, int high, int mid) { int i, j, k, c[100000]; i = low; k = low; j = mid + 1; while (i <= mid && j <= high) { if (a[i] < a[j]) { c[k] = a[i]; k++; i++; } else { ...
In C++, make the following binary search function work on an array of strings to give...
In C++, make the following binary search function work on an array of strings to give you the index location of the string you want in the array. It currently works on integers only. int binarySearch(int arr[], int firstIndex, int lastIndex, int target){ int index; if (firstIndex>lastIndex) index = -1; else { int mid = firstIndex + (lastIndex - firstIndex) / 2; if (target == arr[mid]) index = mid; else if (target < arr[mid]) index = binarySearch(arr, firstIndex, mid -...
Please solve and give reasoning 10. Consider the following instance variable and method. private int[l arr;...
Please solve and give reasoning
10. Consider the following instance variable and method. private int[l arr; /**Precondition: arr contains no duplicates; the elements in arr are in sorted order aparam low 0 slow S arr.length aparam high low - 1 s high < arr.length @param num public int mystery (int low, int high, int num) int mid(low +high) 2i if (low > high) return low else if (arr [mid] < num) return mystery (mid + 1, high, num) else if...
Write a Java application that implements the recursive Binary Search alogrithm below: Write a Java application...
Write a Java application that implements the recursive Binary
Search alogrithm below:
Write a Java application that implements the recursive Binary Search alogrithm below:/** * Performs the standard binary search using two comparisons * per level. This is a driver that calls the recursive method * @return index where item is found or NOT FOUND if not found */public static <AnyType extends Comparable<? super AnyType>> int binarySearch(AnyType [] a, AnyType x) {return binarySearch(a, x, 0, a.length -1);}/** * Hidden recursive...
The binary search algorithm from Chapter 9 is a very efficient algorithm for searching an ordered...
The binary search algorithm from Chapter 9 is a very efficient algorithm for searching an ordered list. The algorithm (in pseudocode) is as follows: highIndex - the maximum index of the part of the list being searched lowIndex - the minimum index of the part of the list being searched target -- the item being searched for //look in the middle middleIndex = (highIndex + lowIndex) / 2 if the list element at the middleIndex is the target return the...
C++ Time the sequential search and the binary search methods several times each for randomly generated...
C++ Time the sequential search and the binary search methods several times each for randomly generated values, then record the results in a table. Do not time individual searches, but groups of them. For example, time 100 searches together or 1,000 searches together. Compare the running times of these two search methods that are obtained during the experiment. Regarding the efficiency of both search methods, what conclusion can be reached from this experiment? Both the table and your conclusions should...
Qi. Create a java project Question that includes: • A bubble sort method to sort your...
Qi. Create a java project Question that includes: • A bubble sort method to sort your arrays. Implement the below recursive binary search. • A java main class where you: o Create an array of characters that contains the letters of your first name followed by your last name, without spaces. o Call the sorting method to sort the array o Call binary search method to find the position of the first letter 'a' in your array. // Recursive Binary...
Show the steps of the binary search algorithm (pseudocode is given below); low = index of...
Show the steps of the binary search algorithm (pseudocode is given below); low = index of first item in list high = index of last item in list while low is less than or equal to high mid = index halfway between low and high if item is less than list[mid] high = mid - 1 else if item is greater than list[mid] low = mid + 1 else return mid end while return not found For each step of...
Read the following pseudocode, note that A is a sorted array: BINARY-SEARCH(A, v) low := 1...
Read the following pseudocode, note that A is a sorted array: BINARY-SEARCH(A, v) low := 1 high := n while low <= high mid = floor((low+ high)/2) if v == A[mid] return mid else if v > A[mid] low = mid + 1 else high = mid - 1 return NIL a) Find the Recurrence Relation. b) Is there a tight bound? If the answer is yes, find it. c) Find the best case and worst case running time.
Read the following pseudocode, note that A is a sorted array: BINARY-SEARCH(A, v) low := 1...
Read the following pseudocode, note that A is a sorted array: BINARY-SEARCH(A, v) low := 1 high := n while low <= high mid = floor((low+ high)/2) if v == A[mid] return mid else if v > A[mid] low = mid + 1 else high = mid - 1 return NIL a) Find the Recurrence Relation. b) Is there a tight bound? If the answer is yes, find it. c) Find the best case and worst case running time.
Please solve and give reasoning
10. Consider the following instance variable and method. private int[l arr; /**Precondition: arr contains no duplicates; the elements in arr are in sorted order aparam low 0 slow S arr.length aparam high low - 1 s high < arr.length @param num public int mystery (int low, int high, int num) int mid(low +high) 2i if (low > high) return low else if (arr [mid] < num) return mystery (mid + 1, high, num) else if...
Write a Java application that implements the recursive Binary
Search alogrithm below:
Write a Java application that implements the recursive Binary Search alogrithm below:/** * Performs the standard binary search using two comparisons * per level. This is a driver that calls the recursive method * @return index where item is found or NOT FOUND if not found */public static <AnyType extends Comparable<? super AnyType>> int binarySearch(AnyType [] a, AnyType x) {return binarySearch(a, x, 0, a.length -1);}/** * Hidden recursive...
Qi. Create a java project Question that includes: • A bubble sort method to sort your arrays. Implement the below recursive binary search. • A java main class where you: o Create an array of characters that contains the letters of your first name followed by your last name, without spaces. o Call the sorting method to sort the array o Call binary search method to find the position of the first letter 'a' in your array. // Recursive Binary...
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