Assume that the node of a linked list is in the usual info-link form with the info of the type of int. The following data, as described in parts (a) to (d), is to be inserted into an initially linked list: 72, 43, 8, 12. Suppose that head is a pointer of type nodeType. After the linked list is created, head should point to the first node of the list. Declare additional variables as you need them. Write the C++ code to create the linked list. After the linked list is created, write a code to print the list. What is the output of your code? Insert 72 into an empty linked list. Insert 43 before 72. Insert 8 at the end of the list. Insert 12 after 43

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

please fill in the blanks and complate the code

Linked List, create your own code. (Do not use the build in function or classes of Java or from the textbook). Create a LinkedList class: Call the class MyLinkedList, (hint) Create a second class called Node.java and use it, remember in the class I put the Node class inside the LinkedList Class, but you should do it outside. This class should haveo Variables you may need for a Node,o (optional) Constructor Your linked list is of an int type. (you may do it as General type as <E>) For this Linked List you need to have the following methods: add, addAfter, remove, size, contain, toString, compare, addInOrder. This is just a suggestion, if you use Generic type, you must modify this Write a main function or Main class to test all the methods,o Create a 2 linked list and test all your methods. (Including the compare)

C++ Program       This assignment consists of 2 parts. 1. Append Process: Create a Linked List that will store integers. Using the provided getData() method (See below),  append 20 numbers to the Linked List. After loaded, display the data. Start with the Head of the list. Prompt for user to proceed. 2. Insert Process: Delete the contents of the Linked List in part 1. Using the provided getData() method, insert 20 numbers into the list and place them in the list in numerical order (1..X). Do not allow duplicates to be in the list. Hint: Do not allow a duplicate to count as a member of the 20. After loaded, display the data per line in order, starting with the Head of the list. Display the content with a leading increasing number 1- 20. i.e. 11 13 14 20 The result should be a naturally sorted. Do not use the STL list container for this exercise. Use the features described in section  - Linked List Operations.  Using a Class to manage the linked list as shown in section is…

In c++, how do I display the last node in a linked list?

Question 44  Computer Science A list of elements has a size of 100. Choose the operations where an ArrayList would be faster than a LinkedList. (Select all that apply) Question 5 options:     removing from index 99       inserting at index 1       removing from index 4       inserting at index 4    Full explain this question and text typing work only

struct insert_at_back_of_sll { // Function takes a constant Book as a parameter, inserts that book at the // back of a singly linked list, and returns nothing. void operator()(const Book& book) { /// TO-DO (3) /// // Write the lines of code to insert "book" at the back of "my_sll". Since // the SLL has no size() function and no tail pointer, you must walk the // list looking for the last node. // // HINT: Do not attempt to insert after "my_sll.end()". // ///// END-T0-DO (3) ||||// } std::forward_list& my_sll; };

Develop a procedure that will allow you to remove from a linked list all of the nodes that share a key?

Please just use main.cpp,sequence.cpp and sequence.h. It has provided the sample insert()function.   No documentation (commenting) is required for this assignment. This assignment is based on an assignment from "Data Structures and Other Objects Using C++" by Michael Main and Walter Savitch. Use linked lists to implement a Sequence class that stores int values. Specification The specification of the class is below. There are 9 member functions (not counting the big 3) and 2 types to define. The idea behind this class is that there will be an internal iterator, i.e., an iterator that the client cannot access, but that the class itself manages. For example, if we have a Sequence object named s, we would use s.start() to set the iterator to the beginning of the list, and s.advance() to move the iterator to the next node in the list. (I'm making the analogy to iterators as a way to help you understand the point of what we are doing. If trying to think in terms of iterators is confusing,…