Binary search will not work correctly on an unsorted array and may return incorrect results.

Typically, if the element is not found, binary search returns -1 to indicate absence.

If the middle element is equal to the target, the search is successful and the target is found.

If the target value is not found, binary search typically returns -1 to indicate absence.

If the target value is not found, binary search typically returns -1 to indicate absence.

If the target value is not found, binary search typically returns -1 to indicate absence.

If the target value is not present, binary search will return -1 or a similar indicator of absence.

Binary search does not work on linked lists because they do not allow random access to elements.

Binary search can find any occurrence of the element, but it does not guarantee which one.

Binary search assumes the array is sorted; if it is not, it may return an incorrect index.

Binary search requires a sorted array; applying it on an unsorted array may lead to incorrect results.

If DFS is applied on a graph with cycles without tracking visited nodes, it will enter an infinite loop, revisiting the same nodes.

After a node is deleted from an AVL tree, the balance factor can become unbalanced, requiring rebalancing operations.

After a right rotation, the balance factor of the affected nodes decreases, helping to restore balance in the AVL tree.

After an insertion, the balance factor of an AVL tree can become -2 or 2, indicating that rebalancing is needed.

After a right rotation, the balance factor of the node that was rotated down decreases by 1.

In each iteration of binary search, the search space is halved, which contributes to its logarithmic time complexity.

When an imbalance occurs after insertion in an AVL tree, the tree is restructured using rotations to restore balance.

When an AVL tree becomes unbalanced after an insertion, rotations (single or double) are performed to restore balance.

When an insertion causes an AVL tree to become unbalanced, rotations are performed to restore balance.

When trying to enqueue an element into a full queue, an error is typically raised, indicating that the queue cannot accept more elements.

Attempting to pop from an empty stack typically results in an exception being thrown.

Data drift refers to changes in the data distribution over time, which can affect the model's performance and accuracy.

The discount factor determines how much future rewards are valued compared to immediate rewards, influencing the agent's decision-making.

Exploration involves trying new actions to discover their potential rewards, which is essential for learning in uncertain environments.

A lexeme is the actual sequence of characters in the source code that matches a token.

A lexeme is a sequence of characters in the source code that matches a token defined by the lexical analyzer.

Stacks are commonly used to manage function calls in programming languages, where the last function called is the first to return.

Arrays are commonly used to store a fixed number of elements due to their contiguous memory allocation.

Arrays are often used to manage a list of items in a shopping cart because they allow for efficient indexing and retrieval of items.