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Trees: Create the 2-3 tree with 11 nodes. Also, implement in-order traversal, and findltem functions. struct Node int small; int large; Node * left; Node* middle; Node* right; void inorder (Node tree) ; Node *findItem (Node *tree, int target); 50 90 70 (120 150 (10) 30 40 60 (80 (100 110) (130 140) (160) Sample Run: CAUsers\elee\Desktop\CPSC250-Test\Debug\CPSC250-Test.exe Part 1: in-order traversal 10 20 30 40 50 60 70 80 90 100 110 120 130 140 15o 160 Part 2: find item Search 50 Item was found. Search 100 Item was found.

Trees: Create the 2-3 tree with 11 nodes. Also, implement in-order traversal, and findltem functions. struct Node int small; int large; Node * left; Node* middle; Node* right; void inorder (Node tree) ; Node *findItem (Node *tree, int target); 50 90 70 (120 150 (10) 30 40 60 (80 (100 110) (130 140) (160) Sample Run: CAUsers\elee\Desktop\CPSC250-Test\Debug\CPSC250-Test.exe Part 1: in-order traversal 10 20 30 40 50 60 70 80 90 100 110 120 130 140 15o 160 Part 2: find item Search 50 Item was found. Search 100 Item was found.

Database System Concepts
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
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Please with question in image in C++ language. Thanks

**2-3 Trees: Create the 2-3 tree with 11 nodes. Also, implement in-order traversal, and findItem functions.** ```c struct Node { int small; int large; Node *left; Node *middle; Node *right; } void inOrder(Node *tree); Node *findItem(Node *tree, int target); ``` The diagram illustrates a 2-3 tree with the following structure: - The root node contains values 50 and 90. - The left child of the root contains values 20, with further children containing values 10, and 30/40. - The middle child of the root contains values 70, with a child containing value 60. - The right child of the root contains values 120 and 150, with further children containing values 100, 110, 130/140, and 160. **Sample Run:** A screenshot shows the console with the following output: ``` Part 1: in-order traversal 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 Part 2: find item Search 50 Item was found. Search 100 Item was found. ``` This code implements an in-order traversal that processes nodes in increasing order. The findItem function is used to search for specific values, confirming their presence in the tree.
Transcribed Image Text:**2-3 Trees: Create the 2-3 tree with 11 nodes. Also, implement in-order traversal, and findItem functions.** ```c struct Node { int small; int large; Node *left; Node *middle; Node *right; } void inOrder(Node *tree); Node *findItem(Node *tree, int target); ``` The diagram illustrates a 2-3 tree with the following structure: - The root node contains values 50 and 90. - The left child of the root contains values 20, with further children containing values 10, and 30/40. - The middle child of the root contains values 70, with a child containing value 60. - The right child of the root contains values 120 and 150, with further children containing values 100, 110, 130/140, and 160. **Sample Run:** A screenshot shows the console with the following output: ``` Part 1: in-order traversal 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 Part 2: find item Search 50 Item was found. Search 100 Item was found. ``` This code implements an in-order traversal that processes nodes in increasing order. The findItem function is used to search for specific values, confirming their presence in the tree.
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