Solve Question 47, 48, 49 showing detailly all the steps with including all explanationsAnswer Should be typewritten using a computer keyboard! 47. The concept by which we apply existingoperations to new data types is_A InheritanceB Polymorphisme EncapsulationD Prototyping.48. A binary search algorithm on an array of Nelements has an average complexity in the order ofA N log NB log2NC N-1D 2N49. Which of the following languages is suitable tobe used to program a device driver (e.g. a printerdriver)?A COBOLB PascalC Assembly LanguageĐ C++

The problem is based on basics of Object oriented programming in different programming languages.

Answered: 47. The concept by which we apply…

47. The concept by which we apply existing operations to new data types is_ A Inheritance B Polymorphism e Encapsulation D Prototyping.

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 2PE

See similar textbooks

Similar questions

3. Consider a hospital information system using which patients can take appointment with a doctor on first come first serve basis and their appointments are maintained in a queue. a. Discuss by giving reasons on which of the following data structures is most suitable for implementing such appointment queue, when considering that there is no limit on how many patients a doctor can see in any given day. *One dimensional array Linked list b. Write and execute a java program to create an object of class appointment queue, and perform operations such as insert, remove, and display. Give your reflection on each of these operation
Make a new DevC++ project named “yourID_InitialsofYourName_P9_Q3”. Writeyour own two-dimensional array library which contains a function for eachoperation listed below. Your functions have to make use of pointers. In the file“main.c” under this project, test all functions.a. Enter the elements of an arrayb. Print the elements of an arrayc. Print the mth, nth element of an array (c programming with explanation)
Write a program to implement binary search algorithm on a dynamic array of objects of “patient” class.“patient” class contains attributes (privately defined) patient_id (int), pat_name (string) andpat_app_date (string). “patient” class should also contain member functions (publicly defined):constructor, input and output function. User will provide values for attributes for objects of “patient”class as input. Objects are required to be stored in array in ascending order on basis of patient_id. Binarysearch function should check for an object of “patient” class which will be input by user as a key valueon basis of patient_id attribute. If object is found its index location in array should display, otherwiseprogram should display a message that value is not found.
Make a new DevC++ project named “yourID_InitialsofYourName_P9_Q3”. Writeyour own two-dimensional array library which contains a function for eachoperation listed below. Your functions have to make use of pointers. In the file“main.c” under this project, test all functions.a. Enter the elements of an arrayb. Print the elements of an arrayc. Print the mth, nth element of an array (c programming with explanation/DONT USE Dynamic Memory Allocation )
do for heaps.Create a data type for domain names called Domain, along with a suitable compareTo() function, with the natural order being the reverse domain name. For instance, cs.princeton.edu's reverse domain is edu.princeton.cs. Analysis of web logs can benefit from this. Use s.split(".") to divide the string s into tokens that are separated by dots. Create a client that outputs the reverse domains in sorted order after reading domain names from standard input.
***PLEASE ANSWER QUESTION 2. THE FOR CONSTRUCT IS COMPLETED ABOVE IT. I NEED IT DONE WITH PROPER SCOPE, NO DEEP COPIES. THANK YOU*** function for_(cur, cond, next, fbody) { if (cond(cur)) { fbody(cur); for_(next(cur), cond, next, fbody); } } exports.for_ = for_; /* QUESTION 2 (5pts): * * Using the above for_ construct, you will now implement a construct for * iterating over elements of an array. each takes a list and a function f. For * each element in the list, the function calls f with the element and the * index of the element in the list. */ function each(list, f) { if (list.size == 0) { return; } //FILL IN ********* } exports.each = each; ***PLEASE ANSWER QUESTION 2. THE FOR CONSTRUCT IS COMPLETED ABOVE IT. I NEED IT DONE WITH PROPER SCOPE, NO DEEP COPIES. THANK YOU***
Question 5 )Outline benefits of generic programming. b.) Demonstrate how an arraylist can be used to store polymorphic objects of a class. c.) Write code snippets that demonstrates i.) generic interface ii.) generic constructor (3) iii.) bounded data types iv.) generic class Question 6 Outline benefits and limitations of implementing two methods of creating threads. Create a java program which contains three threads and demonstrate how they can be prioritised. c.) Given the following interface
Computer ScienceA restaurant requires WAIT ADT to help waiter to wait tables. Theapplication is required to provide functions to add a food item to the WAITlist, remove an item from the Wait list, size of the list i.e., the food itemsordered, and know if item is already in the list. The WAIT ADT access timeshould be O [1]. Provide implementation details with your choice of datastructure and the operations with justification of the constant access time.Implement search food in the added Wait list in C.
Implement a __setitem__ function that also supports negative indices. For example: W = L2(Node(10, Node(20, Node(30))))print W[ 10, 20, 30 ] W[1]=25print W[ 10, 25, 30 ] W[-1]=35print W[ 10, 25, 35 ] Complete the code: def L2(*args,**kwargs): class L2_class(L): def __getitem__(self, idx): <... YOUR CODE HERE ...> def __setitem__(self, idx, value): <... YOUR CODE HERE ...> return L2_class(*args,**kwargs) W = L2(Node(10, Node(20, Node(30))))print(W)W[1]=25print(W)W[-1]=35print(W)
Can i get help with the missing code"insert code here" space : java language The missing codes are for the functions down there code : import java.util.Comparator;import java.util.NoSuchElementException;public class PriorityQueue {/* attributes */private int currentSize; // Number of elements in heapprivate PriorityQueueNode [ ] PQ; // The priority queue arrayprivate static final int DEFAULT_CAPACITY = 2>>14; private Comparator<? super PriorityQueueNode> cmp; // object to compare to instances of PriorityQueueNode/* default constructor */public PriorityQueue( ){ currentSize = 0;cmp = null;PQ = new PriorityQueueNode [DEFAULT_CAPACITY + 1];}/* getter methods for attributes */public int getSize( ){ return currentSize; }public boolean add( PriorityQueueNode x ) { // insert code here}public PriorityQueueNode remove( ) { // insert code here}private void percolateDown( int hole ) { // insert code here}public void display() //{// insert code here}/* auxiliary methods: you may…
The goal of this second exercise is to develop a better understanding of the Linuxinterprocess communication mechanisms. This would require you to write twoprograms P1 and P2. The first program P1 needs to generate an array of 50random strings (of characters) of fixed length each. P1 then sends a group offive consecutive elements of the array of strings to P2 along with the ID’s ofthe strings, where the ID is the index of the array corresponding to the string.The second program P2 needs to accept the received strings, and send backthe highest ID received back to P1 to acknowledge the strings received. Theprogram P2 simply prints the ID’s and the strings on the console. On receivingthe acknowledged packet, P1 sends the next five strings, with the string elementsstarting from the successor of the acknowledged ID. The above mechanism needs to be implemented FIFO and UNIX DOMAIN SOCKETS. Please note that you may NOT make assumptions about the reliability of the interprocess communication…
Answer all the questions else downvote and bad rating a). What is the difference between shallow and deep equality tests on Arrays in Java? (b) How would you backup (copy) all elements of an array to a new array using a *single* Java statement? (c) Provide an algorithm/pseudocode for finding the penultimate (second-last) node in a doubly linked list where the last node is indicated by a null next reference. (d) Provide an algorithm/pseudocode to find the ?th last element of a singly linked list starting with only the header sentinel? (e) Which function has the similar profile (i.e., the same “shape”) in the log-log scale as it is in the classical y/x scale? (f) How does one order these functions based on non-increasing asymptotic growth rates? (g) Textbook Exercises R-5.3, R-5.4, R-5.9 (h) Textbook Exercise C-5.20 Hint: Leverage the fact that whether the last element is odd or even can be checked by the modulo operator (%) in Java and then based on this recur. (i) Textbook Exercise…