QUESTION 13 Assume that we have a highly imbalanced binary search tree, e.g., a tree with only left child nodes. What is the run time associated with searching for a value in this tree?

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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QUESTION 13
Assume that we have a highly imbalanced binary search tree, e.g., a tree with only left child nodes. What is the run time associated with searching for a value in this tree?
O O(n * log n)
O O(n)
O o(n?)
O O(log n)
QUESTION 14
Suppose that we have a Java Stream that includes the following operation:
.map (person -> person.getLastName () )
What does this operation do?
O It creates a HashMap with the Person object as the key and the last name as the value
O It maps the contents of the stream to an ArrayList called lastName
O It creates a HashMap with the last name as the key and the Person object as the value
O It converts the stream of Person objects to a stream of last names (presumably, Strings)
QUESTION 15
Which of the these statements is true of the following HashMap declaration?
HashMap< int, Student > registeredStudents = new HashMap ();
O It implies that the Student class must implement the Comparable interface
O The resulting HashMap of Student objects will be empty
O It is invalid, because it is missing a constructor parameter
O It is invalid, because an int cannot be a key
Transcribed Image Text:QUESTION 13 Assume that we have a highly imbalanced binary search tree, e.g., a tree with only left child nodes. What is the run time associated with searching for a value in this tree? O O(n * log n) O O(n) O o(n?) O O(log n) QUESTION 14 Suppose that we have a Java Stream that includes the following operation: .map (person -> person.getLastName () ) What does this operation do? O It creates a HashMap with the Person object as the key and the last name as the value O It maps the contents of the stream to an ArrayList called lastName O It creates a HashMap with the last name as the key and the Person object as the value O It converts the stream of Person objects to a stream of last names (presumably, Strings) QUESTION 15 Which of the these statements is true of the following HashMap declaration? HashMap< int, Student > registeredStudents = new HashMap (); O It implies that the Student class must implement the Comparable interface O The resulting HashMap of Student objects will be empty O It is invalid, because it is missing a constructor parameter O It is invalid, because an int cannot be a key
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