A "deque" allows an application to enqueue and dequeue from both front and rear of a queue. 2. The Queue ADT of the text is defined to hold elements of type Objec 3. Java supports inheritance of interfaces. 4. The text's array-based queue implementations use the fixed-front approach. 5. If N represents the number of elements in the queue, then the dequeue method of the ArrayBoundedQueue class is O(1). 6. When an object of class LinkedQueue represents an empty queue, its rear variable is 0. 7. A standard linked list provides a good implementation of a "Deque". 8. When implementing a queue with a linked list, the front of the queue is also the front of the linked list. 9. Our LinkedQueue class implements the QueueInterface interface. 10. The text's array-based queue implementations use the floating-front approach.
ALL TRUE OR FALSE QUESTIONS
1. A "deque" allows an application to enqueue and dequeue from both front and rear of a queue.
2. The Queue ADT of the text is defined to hold elements of type Objec
3. Java supports inheritance of interfaces.
4. The text's array-based queue implementations use the fixed-front approach.
5. If N represents the number of elements in the queue, then the dequeue method of the ArrayBoundedQueue class is O(1).
6. When an object of class LinkedQueue represents an empty queue, its rear variable is 0.
7. A standard linked list provides a good implementation of a "Deque".
8. When implementing a queue with a linked list, the front of the queue is also the front of the linked list.
9. Our LinkedQueue class implements the QueueInterface interface.
10. The text's array-based queue implementations use the floating-front approach.
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