List of Words Create a class called WordNode which has fields for the data (a Word)...

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List of Words Create a class called WordNode which has fields for the data (a Word) and next (WordNode) instance variables. Include a one-argument constructor which takes a Word as a parameter. (For hints, see the PowerPoint on "Static vs. Dynamic Structures".) public WordNode (Word w) { . . } The instance variables should have protected access. There will not be any get and set methods for the two instance variables. Create an abstract linked list class called WordList. This should be a linked list with head node as described in lecture. Modify it so that the data type in the nodes is Word. The no-argument constructor should create an empty list with first and last pointing to an empty head node, and length equal to zero. Include an append method in this class. Create two more linked list classes that extend the abstract class WordList: One called UnsortedWordList and one called SortedWordList, each with appropriate no-argument constructors. Each of these classes should have a method called add(Word) that will add a new node to the list. In the case of the UnsortedWordList it will add it to the end of the list by calling the append method in the super class. In the case of the SortedWordList it will insert the node in the proper position to keep the list sorted. Instantiate two linked lists, and for every Word read from the file, add it to the unsorted and sorted lists using the add method. You will end up with the first list having the Words from the input file in the order they were read, and in the second list the Words will be in sorted order. Display the unsorted and sorted Words in the GUI just as in project 1. Submitting the Project. You should now have the following files to submit for this project: Project2.java Word.java WordGUI.java WordNode.java WordList.java UnsortedWordList.java SortedWordList.java List of Words Create a class called WordNode which has fields for the data (a Word) and next (WordNode) instance variables. Include a one-argument constructor which takes a Word as a parameter. (For hints, see the PowerPoint on "Static vs. Dynamic Structures".) public WordNode (Word w) { . . } The instance variables should have protected access. There will not be any get and set methods for the two instance variables. Create an abstract linked list class called WordList. This should be a linked list with head node as described in lecture. Modify it so that the data type in the nodes is Word. The no-argument constructor should create an empty list with first and last pointing to an empty head node, and length equal to zero. Include an append method in this class. Create two more linked list classes that extend the abstract class WordList: One called UnsortedWordList and one called SortedWordList, each with appropriate no-argument constructors. Each of these classes should have a method called add(Word) that will add a new node to the list. In the case of the UnsortedWordList it will add it to the end of the list by calling the append method in the super class. In the case of the SortedWordList it will insert the node in the proper position to keep the list sorted. Instantiate two linked lists, and for every Word read from the file, add it to the unsorted and sorted lists using the add method. You will end up with the first list having the Words from the input file in the order they were read, and in the second list the Words will be in sorted order. Display the unsorted and sorted Words in the GUI just as in project 1. Submitting the Project. You should now have the following files to submit for this project: Project2.java Word.java WordGUI.java WordNode.java WordList.java UnsortedWordList.java SortedWordList.java List of Words Create a class called WordNode which has fields for the data (a Word) and next (WordNode) instance variables. Include a one-argument constructor which takes a Word as a parameter. (For hints, see the PowerPoint on "Static vs. Dynamic Structures".) public WordNode (Word w) { . . } The instance variables should have protected access. There will not be any get and set methods for the two instance variables. Create an abstract linked list class called WordList. This should be a linked list with head node as described in lecture. Modify it so that the data type in the nodes is Word. The no-argument constructor should create an empty list with first and last pointing to an empty head node, and length equal to zero. Include an append method in this class. Create two more linked list classes that extend the abstract class WordList: One called UnsortedWordList and one called SortedWordList, each with appropriate no-argument constructors. Each of these classes should have a method called add(Word) that will add a new node to the list. In the case of the UnsortedWordList it will add it to the end of the list by calling the append method in the super class. In the case of the SortedWordList it will insert the node in the proper position to keep the list sorted. Instantiate two linked lists, and for every Word read from the file, add it to the unsorted and sorted lists using the add method. You will end up with the first list having the Words from the input file in the order they were read, and in the second list the Words will be in sorted order. Display the unsorted and sorted Words in the GUI just as in project 1. Submitting the Project. You should now have the following files to submit for this project: Project2.java Word.java WordGUI.java WordNode.java WordList.java UnsortedWordList.java SortedWordList.java

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Below is the implementation of the requested classes java Wordjava public class Word private String word public WordString word thisword word public S... View the full answer