Write the code to delete a node in the middle of a list implemented as a linked list with the dummy node (see Exercise 3). Compare your answer with the answer to Exercise 3. Are they the same?

Array lists and linked lists are both examples of how lists may be implemented. Justify the use of a linked list instead of an array list. Defend your behavior in each instance.

Develop Java methods to perform the following operations on an unordered list (using linked lists). What is the complexity of each of these algorithms. 1. Insert an element at the start (front) of the list 2. Insert an element at the end (rear) of the list 3. Insert an element at the middle of the list  following an element already in the list. 4. Remove an element from the middle of the list

What is the benefit of having a link-based implementation of the List that also tracks a reference to the last Node in the chain? Select one: a. It requires more pointes to be adjusted when performing the basic List operations b. It makes adding a new entry to a specified position an O(1) operation c. It makes the remove operation an O(1) operation d. It makes adding a new entry to the back of the List an O(1) operation

Implement a function to insert a node at the end of a doubly linked list. Explain the steps involved and analyze the time complexity of your implementation.

Develop a procedure to remove all nodes from a linked list that share a key.