When should I use binary search trees in C++?

When should I use binary search trees in C++?

Binary search trees (BSTs) are useful when you need to maintain a dynamic dataset that requires frequent insertions, deletions, and lookups.

What are the advantages of using a binary search tree over a regular array?

BSTs allow for faster search times, typically O(log n) for balanced trees, compared to O(n) for unsorted arrays.

Are there any downsides to using binary search trees?

Yes, if a BST becomes unbalanced, the performance can degrade to O(n) for operations, similar to a linked list.

How can I implement a binary search tree in C++?

You can start by defining a node structure and then implement functions for insertion, deletion, and searching.