$TREE

I couldn't find specific information on in the search results. However, in the context of data structures, a *Tree* is a hierarchical structure used to represent and organize data in the form of parent-child relationships. Here are some key points about trees ¹:

- *Definition*: A tree is a non-linear data structure consisting of nodes, where each node has a value and zero or more child nodes.

- *Key Components*:

- *Root Node*: The topmost node of the tree.

- *Child Nodes*: Nodes below a parent node.

- *Leaf Nodes*: Nodes without any child nodes.

- *Types of Trees*:

- *Binary Tree*: Each node has at most two children.

- *Ternary Tree*: Each node has at most three children.

- *N-ary Tree*: Each node can have any number of children.

Would you like me to:

- *Explain more* about tree data structures or operations?

- *Help* you with a specific problem involving trees?

- *Discuss* applications of trees in programming or tech?

[8/11, 8:47 PM] Meta AI:Info

I couldn't find specific information on " in the search results. However, in the context of data structures, a *Tree* is a hierarchical structure used to represent and organize data in the form of parent-child relationships. Here are some key points about trees ¹:

- *Definition*: A tree is a non-linear data structure consisting of nodes, where each node has a value and zero or more child nodes.

- *Key Components*:

- *Root Node*: The topmost node of the tree.

- *Child Nodes*: Nodes below a parent node.

- *Leaf Nodes*: Nodes without any child nodes.

- *Types of Trees*:

- *Binary Tree*: Each node has at most two children.

- *Ternary Tree*: Each node has at most three children.

- *N-ary Tree*: Each node can have any number of children.

Would you like me to:

- *Explain more* about tree data structures or operations?

- *Help* you with a specific problem involving trees?

- *Discuss* applications of trees in programming or tech?