PLEASE COMPLETE ALL PARTS IN AND JAVA AND PLEASE READ THE HINT FOR THE FIRST PART

PLEASE COMPLETE ALL PARTS IN AND JAVA AND PLEASE READ THE HINT FOR THE FIRST PART

PLEASE COMPLETE ALL PARTS IN AND JAVA AND PLEASE READ THE HINT FOR THE FIRST PART

PART 1

PART 2

TASK: Create a class called ListPrint with the following overloaded static print methods: One version that has a single parameter of type LinkedList called strings, and it should print the elements of strings as follows (no spaces between elements): (First) ->(Second) ->(Third)... One version that has a single parameter of type ArrayList called strings, and it should print the elements of strings as follows (no spaces between elements): . [First] [Second] (Third]... One version that has a single parameter of type Iterable called strings, and it should print the elements of strings as follows (no spaces between elements): First, Second, Third, ... One version that has a parameter of type Iterable called strings followed by a parameter of type String called delim, and it should print the elements of strings separated by delim. For example, if delimis: First Second Third ... Each of these methods must end the line. For example, if I call any of these methods 4 times, I should have 4 lines of printed output. You can also assume that the argument will be non-empty HINT: You do not need to use an Iterator for this question: recall that any class that implements the Iterable interface can be traversed using a for-each loop, such as the following: public void printElements (Iterable elements) { for(String element : elements) { System.out.println(element); Sample Input: Gandalf Frodo Sam Aragorn Legolas Gimli Pippin Merry Boromir Sample Output: (Gandalf)->(Frodo)->(Sam) ->(Aragorn)->(Legolas)->(Gimli)->(Pippin)->(Merry)->(Boromir) [Gandalf][Frodo) (Sam) (Aragorn] (Legolas) (Gimli)(Pippin) (Merry][Boromir] Gandalf, Frodo, Sam, Aragorn, Legolas, Gimli, Pippin, Merry, Boromir Gandalf--Frodo--Sam--Aragorn--Legolas--Gimli--Pippin--Merry--Boromir TASK: Which of the following statements are true? (Select all that apply) Select all correct options from the list A method declared as final cannot be overridden The @Override tag is required to override a method A superclass method is being overriden when a method definition with the exact same signature is written in a subclass A method's return type is part of the method's signature A method's return type is part of the method's declaration Overloaded methods in a superclass can be overridden in a subclass