A Queue ADT's implementer and coder contract via the QueueInterface protocol. real or false?

The implementer and programmer of a Queue ADT contract with one another via the QueueInterface interface. genuine or false?

In linked list implementation of a queue, which of the following pointers will change during an insertion into a NONEMPTY queue

The QueueInterface interface is the point of agreement between a Queue ADT's implementer and its programmer.authentic or bogus?

The implementer of a Queue ADT and its programmer meet at the QueueInterface interface to reach a consensus on the Queue ADT's behaviour.true or a complete fabrication?

Describe the meaning of the essential methods add(x), deleteMin(), and size() that are supported by the priority queue interface.Implement those methods using a singly-linked list. Analyze the running time of the add(x) and deletMin() operations based on this implementation

A stack-ended queue, sometimes known as a steque, is a data type that allows push, pop, and enqueue operations. Make an API for this ADT. Create a linked-list implementation.

29The Java interface construct is used to create a formal specification of our Queue ADT. T OR F

Draw a UML class diagram for the following code: import java.util.*; public class QueueOperationsDemo {    public static void main(String[] args) {        Queue<String> linkedListQueue = new LinkedList<>();        linkedListQueue.add("Apple");        linkedListQueue.add("Banana");        linkedListQueue.add("Cherry");         System.out.println("Is linkedListQueue empty? " + linkedListQueue.isEmpty());         System.out.println("Front element: " + linkedListQueue.peek());        System.out.println("Removed element: " + linkedListQueue.remove());        System.out.println("Front element after removal: " + linkedListQueue.peek());         Queue<Integer> arrayDequeQueue = new ArrayDeque<>();        arrayDequeQueue.add(10);        arrayDequeQueue.add(20);        arrayDequeQueue.add(30);         System.out.println("Is arrayDequeQueue empty? " + arrayDequeQueue.isEmpty());         System.out.println("Front element: " + arrayDequeQueue.peek());…

in Java  3. Implement an the ADT List (refer to the LAB 3-1)-Based of the ADT Queue and verify ""isEmpty()",  "enqueue()", "dequeue()", "dequeueAll()", and "peak()" operations.