Question: 5) We consider the following code: public void Traverse Int:BST Node p=root Queue queue = new Queue: if (p != null) { queue.enqueue/p> while (queue.isempty

5) We consider the following code: public void Traverse Int:BST Node p=root Queue queue = new Queue: if (p != null) { queue.enqueue/p> while (queue.isempty p=(ntBSTNode) queue.dequeued): visitipy: if (p.left != null) queue.enqueuerp left: if (p right null) queue.enqueuepright: a. Read the code and detect the type of traversal b. Trace the code and give the steps of the tree Tree of exercise 4. question a) traversal We consider the following list of integers in this order: 14 17 97 11 1619 By the insertion technique, build the Binary Scarch Tree corresponding to this list. b. We consider the preorder traversal (code below). Trace the code and show the steps performed to traverse the BST protected void pareonter IntBSTNode p) if (pl= null) visit(p): preorderplett: preordertp.right); 5) We consider the following code: public void Traverse Int:BST Node p=root Queue queue = new Queue: if (p != null) { queue.enqueue/p> while (queue.isempty p=(ntBSTNode) queue.dequeued): visitipy: if (p.left != null) queue.enqueuerp left: if (p right null) queue.enqueuepright: a. Read the code and detect the type of traversal b. Trace the code and give the steps of the tree Tree of exercise 4. question a) traversal We consider the following list of integers in this order: 14 17 97 11 1619 By the insertion technique, build the Binary Scarch Tree corresponding to this list. b. We consider the preorder traversal (code below). Trace the code and show the steps performed to traverse the BST protected void pareonter IntBSTNode p) if (pl= null) visit(p): preorderplett: preordertp.right)
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