How can I implement a backtracking algorithm in Python?
To implement a backtracking algorithm in Python, you can start by defining a recursive function that explores all possible solutions.
Can you give me an example of a backtracking algorithm?
Sure! A classic example is the N-Queens problem, where you place N queens on an N×N chessboard without them attacking each other.
How does the backtracking work in the N-Queens problem?
Backtracking in the N-Queens problem involves placing a queen in a row and recursively trying to place queens in subsequent rows, backtracking if a conflict arises.
What are some other problems that can be solved using backtracking?
Other problems include the Sudoku solver, the Hamiltonian path problem, and generating permutations of a set.
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