1. Assuming these values are codes foe specific tasks to be performed in the order of importance, the higher the value the higher the importance of the work. a. With the value below illustrate how priority queues are implemented using heap sort: 87, 36, 22, 15, 56, 85, 48, 90, 72, 6 b. Perform one of the linear sorts on the data set.

1. Assuming these values are codes foe specific tasks to be performed in the order of importance, the higher the value the higher the importance of the work. a. With the value below illustrate how priority queues are implemented using heap sort: 87, 36, 22, 15, 56, 85, 48, 90, 72, 6 b. Perform one of the linear sorts on the data set.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter17: Linked Lists

Section: Chapter Questions

Problem 1TF

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1. Assuming these values are codes foe specific tasks to be performed in the order of importance, the higher the value the higher the importance of the work. a. With the value below illustrate how priority queues are implemented using heap sort: 87, 36, 22, 15, 56, 85, 48, 90, 72, 6 b. Perform one of the linear sorts on the data set. n1. Assuming these values are codes foe specific tasks to be performed in the order of importance, the higher the value the higher the importance of the work. a. With the value below illustrate how priority queues are implemented using heap sort: 87, 36, 22, 15, 56, 85, 48, 90, 72, 6 b. Perform one of the linear sorts on the data set.
Assignment Assuming these values are codes foe specific tasks to be performed in the order ofimportance, the higher the value the higher the importance of the work. a. With the value below illustrate how priority queues are implemented using heapsort: 87, 36, 22, 15, 56, 85, 48, 90, 72, 6b.Perform one of the linear sorts on the data set. 2. Given these codes: 40, 12, 62,10, 15, 54, 85,105 a. Create a balanced binary tree from these nodes. b. Delete the node 62 and recreate the tree to meet the binary tree standards.Traverse the tree in Pre-Order 3. The OS which is a very important component of the computers system, is responsiblefor managing and sharing computer resources among incoming tasks for the computerto process. CPU time and memory allocation are very important for the smooth runningof the computer. However, there is the basic understanding that the CPU does notmultitask but adopts various mechanisms to keep the operations in order. a.Analyse the problem given and identify the…
2.2.14 Sorted queues being combined. Create a static function that receives two queues of sorted items as inputs and returns a queue formed by combining the two queues into a single sorted order queue. 2.2.15 Bottom-up mergesort of a queue. Create an implementation of the bottom-up mergesort using the following strategy: Make N queues, each holding one of the N things, given N items. assemble the N queues into a queue. Apply Exercise 2.2.14's merging process to the first two queues several times, and at the conclusion, reinsert the combined queue.Continue until there is just one queue left in the queue of queues.
Combining sorted queues (2.2.14). Make a static function that takes two sorted queues as input and returns a new queue that was created by combining the two queues into a single sorted queue. 2.2.15 mergesort starting at the end of the line. Use the next technique to create a bottom-up mergesort: Given N items, make N queues, each containing one of the objects. From the N queues, create a queue. Re-insert the combined queue after performing Exercise 2.2.14's merging operation on the first two queues.Repeat this process until there is only one queue remaining.
I need answer for part 3 Java Implement a priority queue based on the heap data structure. This will provide you a heap sort when used with the priority sort algorithm from Part 1. I also attatched code for part 1
Question 17 Aa .What is a priority queue? Explain the data structure known as a binary heap and document how a heap is stored in a simple linear block of memory. Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line
a) Define the heap data structure, and define any data structures refered to in this definition. b) Why are heaps as used for heapsort most often implemented in array form? Explain your answer. c) How do you find the children of a node in the array in terms of the arithmetic involved? d) How do you find the parent of a node in the array in terms of the arithmetic involved? e) Describe the heapifyUpwards algorithm.
Combining sorted queues (2.2.14). Make a static function that takes two sorted queues as input and returns a queue constructed by merging the queues in sorted order. 2.2.15 From the bottom of the queue, mergesort. Use the following way to create a bottom-up mergesort implementation: Given N items, create N queues, each containing one of the things. Create a queue from the N queues. Then, repeat the merging procedure from Exercise 2.2.14 on the first two queues, and lastly, reinsert the merged queue.Repeat until only one queue remains in the queue of queues.
Write a C++ program to simulate the working of queues using an array provide the following operation: i) Insert ii) Delete iii) DisplayAssume that the size of the queue is 5. Define the following functions in the class Queue enqueue ( ) --- to add value to queue display ( ) --- Display the values in list dequeue ( ) --- to delete the value from the queue Note: While inserting the element to the queue if the Queue is full then print "Queue Overflow" in the main method. While deleting the element from the queue if the Queue is empty then print "Queue Underflow" in the dequeue ( ) method. While displaying the elements from the queue if the Queue is empty then print "Queue is empty" in the display( ) method. Input and Output Format: Refer sample input and output for formatting specifications. [All text in bold corresponds to input and the rest corresponds to output] Sample Input and Output 1 : 1.Insert element to queue2.Delete element from queue3.Display all…
Design a data type that supports the following operations: insert, delete the maximum, and delete the minimum (all in logarithmic time); andfind the maximum and find the minimum (both in constant time). Hint: Use two heaps
Question #7. SORTED LIST NOT UNSORTED C++ The specifications for the Sorted List ADT state that the item to be deleted is in the list. Rewrite the specification for DeleteItem so that the list is unchanged if the item to be deleted is not in the list. Implement DeleteItem as specified in (a) using an array-based. Implement DeleteItem as specified in (a) using a linked implementation. Rewrite the specification for DeleteItem so that all copies of the item to be deleted are removed if they exist. Implement DeleteItem as specified in (d) using an array-based. Implement DeleteItem as specified in (d) using a linked implementation.
8. The following sequence of operations essentially leaves a queue unchanged. Group of answer choices enqueue followed by dequeue dequeue followed by enqueue two enqueues followed by two dequeues two isEmptys followed by two isFulls 9. Recall that within the ArrayBoundedQueue the front variable and the rear variable hold the indices of the elements array where the current front and rear elements, respectively, of the queue are stored. Which of the following code sequences could be used to correctly enqueue element into the queue, assuming that enqueue is called on a non-full queue and that the code also correctly increments numElements? Group of answer choices rear++; elements[rear] = element; front++; elements[front] = element; rear = (rear + 1) % elements.length; elements[rear] = element; front = (front + 1) % elements.length; elements[front] = element; 10. Assume you are using the text's array-based queue and have just instantiated a queue of capacity 10. You…