[12] is treeNodes [25]. The subtree rooted at treeNodes [7] is a full binary tree with four levels. The tree has seven levels that are full, and one additional level that contains some elements. Th nqueue method listed in this section uses the ArrayList add method to add rument to the internal array list. But the ArrayList add method will add the ent in the next available slot, in other words to the "right" of all the other cur- ements. This might not be the correct location. Explain how this is resolved. ns 20, 21, and 22 use the following heap: 50 46 37 19 35 11 12 8. 20. Show the array that stores the above heap. 21. Given the array that stores the above heap indicate the sequence of indices of the array which would be occupied by the hole during the reheapDown method execution of our HeapPriQ class a. if dequeue () is invoked. b. if dequeue () is invoked a second time. 22. Given the array that stores the above heap, indicate the sequence of indices of the array which would be occupied by the hole during the reheapUp method execution of HeapPriQ class a. if enqueue (48) is invoked. b. if enqueue (60) is then invoked.
[12] is treeNodes [25]. The subtree rooted at treeNodes [7] is a full binary tree with four levels. The tree has seven levels that are full, and one additional level that contains some elements. Th nqueue method listed in this section uses the ArrayList add method to add rument to the internal array list. But the ArrayList add method will add the ent in the next available slot, in other words to the "right" of all the other cur- ements. This might not be the correct location. Explain how this is resolved. ns 20, 21, and 22 use the following heap: 50 46 37 19 35 11 12 8. 20. Show the array that stores the above heap. 21. Given the array that stores the above heap indicate the sequence of indices of the array which would be occupied by the hole during the reheapDown method execution of our HeapPriQ class a. if dequeue () is invoked. b. if dequeue () is invoked a second time. 22. Given the array that stores the above heap, indicate the sequence of indices of the array which would be occupied by the hole during the reheapUp method execution of HeapPriQ class a. if enqueue (48) is invoked. b. if enqueue (60) is then invoked.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
Question 20 on the provided image please. Thank you.
![[12] is treeNodes [25].
The subtree rooted at treeNodes [7] is a full binary tree with four levels.
The tree has seven levels that are full, and one additional level that contains
some elements.
Th nqueue method listed in this section uses the ArrayList add method to add
rument to the internal array list. But the ArrayList add method will add the
ent in the next available slot, in other words to the "right" of all the other cur-
ements. This might not be the correct location. Explain how this is resolved.
ns 20, 21, and 22 use the following heap:
50
46
37
19
35
11
12
8.
20. Show the array that stores the above heap.
21. Given the array that stores the above heap indicate the sequence of indices of
the array which would be occupied by the hole during the reheapDown method
execution of our HeapPriQ class
a. if dequeue () is invoked.
b. if dequeue () is invoked a second time.
22. Given the array that stores the above heap, indicate the sequence of indices of the
array which would be occupied by the hole during the reheapUp method execution
of HeapPriQ class
a. if enqueue (48) is invoked.
b. if enqueue (60) is then invoked.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F110550f9-f15e-4659-9120-ab500cbc9660%2F748438d0-8e39-42c0-a34f-6865598f1c9e%2Flouvxx2.jpeg&w=3840&q=75)
Transcribed Image Text:[12] is treeNodes [25].
The subtree rooted at treeNodes [7] is a full binary tree with four levels.
The tree has seven levels that are full, and one additional level that contains
some elements.
Th nqueue method listed in this section uses the ArrayList add method to add
rument to the internal array list. But the ArrayList add method will add the
ent in the next available slot, in other words to the "right" of all the other cur-
ements. This might not be the correct location. Explain how this is resolved.
ns 20, 21, and 22 use the following heap:
50
46
37
19
35
11
12
8.
20. Show the array that stores the above heap.
21. Given the array that stores the above heap indicate the sequence of indices of
the array which would be occupied by the hole during the reheapDown method
execution of our HeapPriQ class
a. if dequeue () is invoked.
b. if dequeue () is invoked a second time.
22. Given the array that stores the above heap, indicate the sequence of indices of the
array which would be occupied by the hole during the reheapUp method execution
of HeapPriQ class
a. if enqueue (48) is invoked.
b. if enqueue (60) is then invoked.
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