struct grade { char id[10]; int mark; }; Using the student structure given above, create an array of size 5 students. Then write a complete C program to sort the students array based on the students rank. Use the following sorting techniques in your code. Don’t forget to print initial array and final (sorted) array. a. Insertion sort b. Merge sort c. Quick sort

struct grade { char id[10]; int mark; }; Using the student structure given above, create an array of size 5 students. Then write a complete C program to sort the students array based on the students rank. Use the following sorting techniques in your code. Don’t forget to print initial array and final (sorted) array. a. Insertion sort b. Merge sort c. Quick sort

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter8: Arrays And Strings

Section: Chapter Questions

Problem 15PE

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Using the coding C++ below, can you help me use the bubble sort coding to sort NAME ascendingly? Please USE MY CODE and modify it. C++ CODING ONLY, I NEED TO USE THE TEMPLATE IN THE CODING. // BubbleMain.cpp #include #include "Bubble.h" using namespace std; void main() { Bubble sort; cout << "Insert your name : " << endl; for (int i = 0; i < SIZE; i++) { cout << "Name " << i << " : "; cin >> sort.array[i]; } cout << endl; sort.bubblesort(sort.array, SIZE - 1); cout << "Information : " << endl; for (int j = 0; j < SIZE; j++) { cout << "Name " << j << " : "; cout << sort.array[j] << endl; } } Now below is the h file. // Bubble Sort Name ( Ascending ) #ifndef BUBBLE_H #define BUBBLE_H const int SIZE = 6; template class Bubble { public: T array[SIZE]; void bubblesort(T[], int); }; #endif template void Bubble::bubblesort(T list[], int last) { int current, walker, temp; bool sorted; for (current = 0,…
The code below computes the intersection (the number of entries shared by two arrays). It is assumed that neither array contains any duplicates. It computes the intersection by sorting one array (array b) and then iterating over array a to see if each value is in b (through binary search). What is its duration? nt intersection(int[] a, int[] b) {mergesort(b);}int intersect = 0;for (int x : a) {if (binarySearch(b, x) >= 0) {intersect++;return intersect; }}
Write a program that prompts the user to enter the number of elemaents and the numbers themselves to be placed in an integer array that holds a maximum of 20 elements. The program should then prompt the user for an integer which will be searched for in the array using a binary search. Make sure to include the following steps along the way: A sort routine must be called before the binary search. You may use either the selection sort or the bubble sort. However, the sort must be implemented in its own function and not in main. Next include a function called by main to implement the binary search. The ordered array produced by the sort should be passed to the search routine which returns the location in the sorted array of the sought value, or -1 if the value is not in the array
Binary Search in descending order We have learned and practiced the implementation of the binary search approach that works on an array in ascending order. Now let’s think about how to modify the above code to make it work on an array in descending order.
solve in python coding 3. Selection Sort• The idea in a selection sort is that you locate the largest item out of a set ofunsorted items, and move it into position at the end of the unsorted items. Asorted region grows one item at a time, while an unsorted region shrinks.• As done in Part 1, fill an array with random numbers.• Write a function that locates the largest element in the portion of the arraybeginning at the start of the array, up to a given index, and swaps the largestitem with the item at the given index.• E.g. If searching a[0] to a[7] locates the largest item at a[4], a[4] and a[7] would beswapped.• Write a second function that calls the first function repeatedly, until the entirearray is sorted. (Each time the first function is called, it will search one fewerelement)
Easy C++ program please answer fast Maximum Subarray Sum Rabbit Jerry downloads the list of N (2 ≤ N ≤ 105 ) stock prices of RABJ and stores them into a circular buffer/array in a clockwise manner (i.e., the first stock price follows the N-th stock price on the circular buffer) starting from index position 0. It is worth pointing out that the stock prices can be negative numbers in the rabbit stock market. He is curious about the maximum subarray sum over this circular buffer. Certainly, the maximum subarray can possibly straddle over both index positions 0 and N-1. Output the maximum subarray sum. The maximum subarray must contain at least one element. INPUT FORMAT (input arrives from the terminal / stdin): First line contains N. The next line contains N space-separated integers denoting the input sequence. The price ranges from -1,000,000 to 1,000,000. OUTPUT FORMAT (print output to the terminal / stdout): A single line containing the maximum subarray sum. Note that the output can…
In C Program (Insertion Sort) Write a program that sorts the values inside the array in ascending order using the insertion sort algorithm. Print out the sorted values inside the pair of square brackets [ ] where the elements are separated by a comma and a space ", " An initial code is provided for you. Just fill in the blanks. Output [1, 2, 3, 4, 5]
Select true or false for the statements below. Explain your answers if you like to receive partial credit Select true or false for the statements below. Explain your answers if you like to receive partial credit Which of the following is true about searching elements in an unordered array? With the data is unsorted, search is O(n) because if the element you are looking for is not there, you have to check every element in the array If you start at the end of the array and traverse to index 0, search improves to O(log n) because you only have to look at half of the array If you get lucky with checking the first element and find it immediately, then the worst case performance of search improves to O(n^2) Which of the following is true about searching elements in an ordered array? You cannot use binary search on an ordered array so the performance is O(n) If there are no holes in the array and the elements are all next to each other, then the performance for search improves to…
The following code computes the intersection (the number of elements in common) of two arrays. It assumes that neither array has duplicates. It computes the intersection by sorting one array (array b) and then iterating through array a checking (via binary search) if each value is in b. What is its runtime?int intersection(int[] a, int[] b) {mergesort(b);}
1. You have an array of 4 ints which is sorted from lowest to highest. You also have a function which runs a bubble sort to sort items from lowest to highest. If you run this function on your array, the function will do at least one swap. A) True B) False
Take number n from user and create an array A of random integers of sizen. The size of n can be in the order of billion (10^9).a) Find the largest element LP and smallest element SP of the array.b) Swap the position of Largest element and Smallest element in the array callingfunction SWAP (A, LP, SP) by pointer (not reference).c) Then calculate the cumulative sum of the numbers in the array A and put it in thesame array A.
in c++ how would i sort an array in ascending order by the last digit of the element for example [105, 234, 511, 48, 96] would be sorted to [511,234,105,96,48]