TASK 6. Apply methods above to the tree that consist of your Kean ID digits. 6. Iterator An iterator is an object that provides a uniform way for traversing the elements in a container such as a set, list, binary tree, etc. As soon as we implemented iterator it is possible to iterate over our items without much work. A template of such implementation is provided here: https://liveexample.pearsoncmg.com/html/TestBSTWithlterator.html
TASK 6. Apply methods above to the tree that consist of your Kean ID digits. 6. Iterator An iterator is an object that provides a uniform way for traversing the elements in a container such as a set, list, binary tree, etc. As soon as we implemented iterator it is possible to iterate over our items without much work. A template of such implementation is provided here: https://liveexample.pearsoncmg.com/html/TestBSTWithlterator.html
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Need help with task 6

Transcribed Image Text:TASK 5. Assume the Tree consists of your ID digits, inserted in the fashion to
minimize the height of the tree. Trace inoder and in level traversals of your tree
as described above.
5. BST and Collections
It might be useful to apply some methods of Collections class to BST.
Import java.util.Collections and try these
System.out.println("Value
System.out.println("Value
System.out.println("Value
System.out.println("Value
of maximum element in the tree is: "+Collections.max(bst));
of minimum element in the tree is: "+Collections.min(bst));
10 is in the tree has a frequency: "+Collections. frequency(bst, 10));
4 is in the tree has a frequency: "+Collections. frequency(bst, 4));
TASK 6. Apply methods above to the tree that consist of your Kean ID digits.
6. Iterator
An iterator is an object that provides a uniform way for traversing the elements in a container such as a set, list, binary
tree, etc. As soon as we implemented iterator it is possible to iterate over our items without much work. A template of
such implementation is provided here: https://liveexample.pearsoncmg.com/html/TestBSTWithlterator.html
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