Suppose we have a Java class named CircularArrayQueue which uses a circular array to implement a Queue. Given the main method in the figure below, solve the following questions. public static void main(String args[]) { CircularArrayQueue numQueue = new CircularArrayQueue(); int i = 0; Scanner sc = new Scanner(System. in); do { int choice = Integer. parseInt(sc. next()); if (choice < 35) numQueue. enqueue (choice); i++; } while (i < 10); do { System. out. println("Dequeued from the Queue: } while (numQueue. isEmpty() == false); + numQueue. dequeue()); sc. close(); } (a) Suppose we input the following integers in the command line terminal: 4 5 67 89 21 3 0 76 34 12. What is the output of the main method?
(b) Describe the worst-case time complexity of the main method in Big-Oh notation. Use o (1) as complexities for enqueue, dequeue, and isEmpty methods of Queue operations and all other method calls.