Question

A chess-playing computer program calculates all possible outcomes of all possible game moves. What kind of problem solving strategy does the

program use?
O divergent thinking
O algorithm
heuristic
O trial and error
O working backwards

Answer 1

A chess-playing computer program uses an algorithm as a problem-solving strategy to evaluate and select the best moves based on certain criteria and rules.

Step-by-step explanation:

A chess-playing computer program typically uses the algorithm as a problem-solving strategy. Instead of calculating every possible move and outcome, it uses an algorithm to evaluate and select the best move based on certain criteria or rules. This approach allows the program to make informed decisions efficiently, saving computational resources.

For example, the program may prioritize capturing the opponent's pieces, protecting its own pieces, or controlling important squares on the board. By applying the algorithm, the program can weigh the consequences of different moves and determine the most optimal one.

An algorithm provides a systematic and logical approach to problem solving, guiding the computer program to make intelligent decisions in the game of chess.

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