#Dynamic Programming

Given a string, count how many palindromic substrings it contains.

Tackle a dynamic programming problem that requires optimal solutions.

Discuss the dynamic programming approach on tree structures, focusing on how to identify the correct DP state and transition for tree nodes using the Take / Not-Take strategy.

Solve a coding problem similar to the Jump Game pattern. The challenge is to maximize the indices you can reach in an array by jumping to subsequent indices.

Solve the problem of obtaining the maximum profit by making at most two transactions given an array representing the price of a stock on each day. Implement a solution with optimal time complexity.