You are given the task of reading in n numbers and then printing them out in sorted order. Suppose you have access to a balanced
dictionary data structure, which supports each of the operations search, insert, delete, minimum, maximum, successor, and predecessor in O(log n) time. • Explain how you can use this dictionary to sort inO(n log n) time using only the following abstract opera- tions: minimum, successor, insert, search.
• Explain how you can use this dictionary to sort inO(n log n) time using only the following abstract opera- tions: minimum, insert, delete, search.
• Explain how you can use this dictionary to sort inO(n log n) time using only the following abstract opera- tions: insert and in-order traversal.
These functions to interpret but instead, print their for store assuming that have such a healthy connection, which data structure dictionary promoting each searching operation, add, remove, minimum, maximum, successor, and O(log n) time was its pre successor.
Use its dictionary only for following abstract procedures, minimal, succeeding, in O(n login) time, search, add. It uses a dictionary with only the corresponding conceptual functions, minimize, add, in O(n log n) time, remove, search.
Use the dictionary only for corresponding abstract procedures to sort, add, and sort in O(n log n) time. and in-order traversal. It is the most and minimum shop value, that want to be checked and updated from each deletion.
When a minimum is removed, call the holder, change the minimum, and remove the single object. Once inserted, evaluate the brand new item to min/max, then update min/max if it replaces either one.
Because C1 and C2 implement the same interface, they both implement whichIsIt. The variable c is known as a polymorphic variable, meaning that it can change from being an C1 to a C2. So, the message c.whichIsIt( ); may invoke C1's whichIsIt or C2's whichIsIt. This can only be known at runtime.
