Draw the perfect skip list that results when you insert items with the keys 19, 6,...
-
Draw the perfect skip list that results when you insert items with the keys 19, 6, 26,
9, 2, 12, 25, 7, 21 and 17 in that order into an initially empty perfect skip list.
-
Draw the randomized skip list that results when you insert items with the keys 19, 6, 26, 9, 2, 12, 25, 7, 21 and 17 in that order into an initially empty randomized skip list.
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Compare the binary search tree with the perfect skip list and with the randomized skip list (regarding the worst-case and average case time complexity of the search, insert & delete operations).
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Compare depth-first-search with breadth-first-search of graphs.
Homework Answers
Q1)Explanation
To form perfect skip list
1)We started with a normal linked list (level 0)
2)Then we took every other node in level 0 (2nd node from
original list) and added them to level 1
3)Then we took every other node in level 1 and raised it to level
2
4)Then we took every other node in level 2 and raised it to level
3
Q2-Q3-Q4 Explanation (Given in the image itself)
Add Answer to:
Draw the perfect skip list that results when you insert items
with the keys 19, 6,...
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Draw the red-black BST that results when you insert items with the keys EASYQUTION in that order into an initially empty tree.
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PROBLEM 6: Suppose we insert keys below into an initially empty binary search tree in the...
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Please use Java, thank you!
5.
Hashing
1) Insert the keys E X A M Q U S T I O N in that order into an
initially empty table of M = 5 lists, using separate chaining. Use
the hash function 11 k %
M to transform the kth letter of the alphabet into a table
index. Show the hash table after each insertion.
hown in the following table Use A-1, B 2,. as 20 21 22 23 24...
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True or False
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Draw the red-black BST that results when you insert items with the keys EASYQUTION in that order into an initially empty tree.
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Please use Java, thank you!
5.
Hashing
1) Insert the keys E X A M Q U S T I O N in that order into an
initially empty table of M = 5 lists, using separate chaining. Use
the hash function 11 k %
M to transform the kth letter of the alphabet into a table
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True or False
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