731115913We will draw only some of the nodes in memory:StackНеарGlobal60247root,6442left6676right6442667611root6024We've drawn (to avoid clutter) only the three nodes at the top, the ones containing "7", "3" and "11".Even though we've drawn the nodes to resemble a tree (for conceptual understanding), the actual nodes can be anywhere in the heap.We have included memory addresses to clarify.0.16 Exercise: Draw the rest of the tree on the heap, making up memory addresses where needed. Next, trace the execution of recursiveSearch () in searching for "5" in this tree. At each call to recursiveSearch () draw the memory diagram, paying close attention to the stack (and therefore method parameters).3.

Here we draw a rest of a heap tree:

7 3 11 5 9 13 raw only some of the nodes in memory: tack Неар Global 6024 7 root ,6442 left 6676 right 6442 3 6676 11 oot 6024 ve drawn (to avoid elutter) only the three nodes at the top, the ones containing "7, "3" and "". a though we've drawn the nodes to resemble a tree (for conceptual understanding), the actual nodes can be anywhere in the heap. have included memory addresses to clarify. Draw the rest of the tree on the heap, making up memory addresses where needed. Next, trace the execution of reeursivedearch() in searching for "s" in this tree. At each call to recursivedeareh() draw the memory diagram, paying close attention to the stack (and therefore method parameters).

7 3 11 5 9 13 raw only some of the nodes in memory: tack Неар Global 6024 7 root ,6442 left 6676 right 6442 3 6676 11 oot 6024 ve drawn (to avoid elutter) only the three nodes at the top, the ones containing "7, "3" and "". a though we've drawn the nodes to resemble a tree (for conceptual understanding), the actual nodes can be anywhere in the heap. have included memory addresses to clarify. Draw the rest of the tree on the heap, making up memory addresses where needed. Next, trace the execution of reeursivedearch() in searching for "s" in this tree. At each call to recursivedeareh() draw the memory diagram, paying close attention to the stack (and therefore method parameters).

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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Q1/ You have an array representation of tree with the following data in array (T) that are starting from location Zero (T[0]) 44, 13, 52, 33, 67, 22, 56, 11, 19. (1) Draw the corresponding tree, showing the rules. (2) What is the depth of the tree? (3) What is the maximum size of array (T)? (4) Who is the parent of the node of value (22)?
parent leftChild rightChild data w w