Precisely specify the conditions under which the following algorithm returns True, and then discuss, in detail, the running time of the algorithm. If you think it has different best- and worst-case running times then these should be considered separately, and you should explain the conditions under which best and worst-cases arise. You must fully explain your answer and use O, 2 and 0 appropriately Algorithm Ex3 (T, c)T is a balanced binary search tree containing integer number values and c is aninteger. Each node in T has two child nodes, either a numeric value or the value nullto indicate the lack of a child value.root (T)nodefound = falsewhile (node != null) and (foundif node. value == cfoundelse if c < node.valuetrueelsereturn found===false)node node.leftChildNodenode = node.rightChildNode

In a balanced Binary Search Tree, we know that values less than the root node are present in the…

Answered: Precisely specify the conditions under…

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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Precisely specify the conditions under which the following algorithm returns True, and then discuss, in detail, the running time of the algorithm. If you think it has different best- and worst-case running times then these should be considered separately, and you should explain the conditions under which best and worst-cases arise.

You must fully explain your answer and use O, 2 and 0 appropriately

Algorithm Ex3 (T, c)
T is a balanced binary search tree containing integer number values and c is an
integer. Each node in T has two child nodes, either a numeric value or the value null
to indicate the lack of a child value.
root (T)
node
found = false
while (node != null) and (found
if node. value == c
found
else if c < node.value
true
else
return found
==
=
false)
node node.leftChildNode
node = node.rightChildNode

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