A linear collection of dala elements where l linear node is given by means of a pointer is called: Node list. B Linked list. C Prumnitive list. None of the above. D.

5. The following function indexCounter aims to find and return all the indices of the element x in a list L. if x is not in the list L, return an empty list. However, the implementation has a flaw, so that many times it will return error message. Can you fix the flaw? def indexCounter(L, x): indexList [] startIndex = 0 while startIndex < len(L): indexList.append (L.index (x, startIndex)) startIndex = L.index (x, startIndex) + 1 return indexList

Think about the following example: A computer program builds and modifies a linked list like follows: Normally, the program would keep tabs on two unique nodes, which are as follows: An explanation of how to use the null reference in the linked list's node in two common circumstances

Linked list. Complete the function that takes as a parameter the head of a linked list and prints the linked list in reverse order. If the linked list had the contents: of,the,and,on,a,an,ok. Then the correct output would be: ok,an,a,on,and,the,of. Given: struct node {    char word[31];     struct node *prev, next; };   void print_reverse(struct node *head) {     }

JAVA CODE Learning Objectives: Detailed understanding of the linked list and its implementation. Practice with inorder sorting. Practice with use of Java exceptions. Practice use of generics.   You have been provided with java code for SomeList<T> class.  This code is for a general linked list implementation where the elements are not ordered.  For this assignment you will modify the code provided to create a SortedList<T> class that will maintain elements in a linked list in ascending order and allow the removal of objects from both the front and back.  You will be required to add methods for inserting an object in order (InsertInorder) and removing an object from the front or back.  You will write a test program, ListTest, that inserts 25 random integers, between 0 and 100, into the linked list resulting in an in-order list.  Your code to remove an object must include the exception NoSuchElementException.  Demonstrate your code by displaying the ordered linked list and…

Explain the differences between a statically allocated array, a dynamically allocated array, and a linked list.

What does the following function do for a given Linked List?  void fun1(struct node* head){if(head == NULL)return;fun1(head->next);printf("%d ", head->data);}

In Java, a linked list always terminates with a node that is null. True O False

Data Structure and algorithms   ( in Java ) Please solve it urgent basis: Make a programe in Java with complete comments detail and attach outputs image: Question is inside the image also:   a).  Write a function to insert elements in the sorted manner in the linked list. This means that the elements of the list will always be in ascending order, whenever you insert the data. For example, After calling insert method with the given data your list should be as follows: Insert 50                                      List:-    50 Insert 40                                     List:-    40        50        Insert 25                                    List:-    25        40        50 Insert 35                                     List:-    25        35        40        50 Insert 40                                      List:-    25        35        40        40        50 Insert 70                                       List:-    25        35        40        50        70   b).  Write a program…

Question 2: Linked List Implementation You are going to create and implement a new Linked List class. The Java Class name is "StringLinkedList". The Linked List class only stores 'string' data type. You should not change the name of your Java Class. Your program has to implement the following methods for the StringLinked List Class: 1. push(String e) - adds a string to the beginning of the list (discussed in class) 2. printList() prints the linked list starting from the head (discussed in class) 3. deleteAfter(String e) - deletes the string present after the given string input 'e'. 4. updateToLower() - changes the stored string values in the list to lowercase. 5. concatStr(int p1, int p2) - Retrieves the two strings at given node positions p1 and p2. The retrieved strings are joined as a single string. This new string is then pushed to the list using push() method.