Q2Write the number of point and the letter of the correct answer:1. The number of fields in the node of double linked list as circular is..............A. 2B. 3C. 4D. 52. Which the following can implement by stack?A. recursive problemsB. reveres wordsC. both a and bD. None of the above3. The infix expression for the postfix expression: ab+c/ is:A. a+b/cB. (a+b)/cC. a+(b/c)D. None of above4. With queue data structure, The condition last=first indicates thatA. queue is emptyB. queue is fullC. queue has only one elementD. None of the abovechoose the correct answer (datastructure in java)210(0.5X2Page 1 of 4

1. The number of fields in the node of a double linked list as circular is - -> Correct Answer is…

Answered: Q2 Write the number of point and the…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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(a) Write a method public static void insert(int[] a, int n, int x) that inserts x in order among the first n elements of a, assuming these elements are arranged in ascending order. Do NOT use arraylists. x is the last element in a. n does not include x. (b) Using the insert method from Part (a), write a recursive implementation of Insertion Sort.
//No need for the whole code //just the methods please for both Write a recursive method “int sumPos(Node head)” to calculate the sum of positive integers in a linked list of integers referenced by head. No global variables are allowed. Node is declared as: Node { int value; Node next; } Write a non-recursive method “int sumPos(Node head)” to calculate the sum of positive integers in a linked list of integers referenced by head. No global variables are allowed. Node is declared as: Node { int value; Node next; }
Java language NOTE THAT WE ARE USING **LINKED LISTS** SEE PICTURES FOR ALL INFORMATION Solve method public boolean inSort(double elt) { //code goes here } please and thank you!!!!
Complete the below function (using recursion)
Write a recursive function that returns the largest integer in a list. Write a test program that prompts the user to enter a list of integers and displays the largest element.
Write a program to implement BST (Bindary Search Tree) by using linked list. Implement the following methods: 1) Insert 2)Search 3)The traversal method that gives the output in increasing order. Give name of method and implement the method. Code in C.
Construct recursive versions of the library functions that: a. calculate the "sum" of a list of numbers. b. "take" a given number of elements from the beginning of a list. c. select the "last" element of a non-empty list .
Objectives: The code for the different stack and queue operations in both implementations (array and linked list) are discussed in the lectures: and are written in the lectures power point. So the main object of this assignment is to give the student more practice to increase their understanding of the different implementation of these operations. - The students also are asked to write by themselves the main methods in the different exercises below; The Lab procedures: The following files must be distributed to the students in the Lab - arrayImpOfStack.java // it represents an array implementation of the stack. - pointerImOfStack.java // it represents a Linked List implementation of the stack. - pointerImOfQueue.java // it represents a pointer implementation of the queue. Then the students by themselves are required to write the code for the following questions Ex1) Given the file arrayImpOfStack.java then write a main method to read a sequence of numbers and using the stack…
Quick Sort We choose an element from the list, called the pivot. We'll use it to divide the list into two sub-lists. We reorder all the elements around the pivot The ones with smaller value are placed before it All the elements greater than the pivot after it. After this step, the pivot is in its final position. This is the important partition step. We apply the above steps recursively to both sub-lists on the left and right of the pivot. Quick Sort (Example) Consider the following array Arr[] = {5, 9, 4, 6, 5, 3} Let's suppose we pick 5 as the pivot for simplicity We'll first put all elements less than 5 in the first position of the array: {3, 4, 5, 6, 5, 9} We'll then repeat it for the left sub-array {3,4}, taking 3 as the pivot There are no elements less than 3 We apply quicksort on the sub-array in the right of the pivot, i.e. {4} This sub-array consists of only one sorted element We continue with the right part of the original array, {6, 5, 9} until we get the final ordered…
IN JAVA Write recursive code and iterative code for binary search.
in java pls and thank you!

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