PrepTest 79, Section 3, Question 25
One way to compare chess-playing programs is to compare how they perform with fixed time limits per move. Given any two computers with which a chess-playing program is compatible, and given fixed time limits per move, such a program will have a better chance of winning on the faster computer. This is simply because the program will be able to examine more possible moves in the time allotted per move.
One way to compare chess-playing programs is to compare how they perform with fixed time limits per move. Given any two computers with which a chess-playing program is compatible, and given fixed time limits per move, such a program will have a better chance of winning on the faster computer. This is simply because the program will be able to examine more possible moves in the time allotted per move.
One way to compare chess-playing programs is to compare how they perform with fixed time limits per move. Given any two computers with which a chess-playing program is compatible, and given fixed time limits per move, such a program will have a better chance of winning on the faster computer. This is simply because the program will be able to examine more possible moves in the time allotted per move.
One way to compare chess-playing programs is to compare how they perform with fixed time limits per move. Given any two computers with which a chess-playing program is compatible, and given fixed time limits per move, such a program will have a better chance of winning on the faster computer. This is simply because the program will be able to examine more possible moves in the time allotted per move.
Which one of the following is most strongly supported by the information above?
If one chess-playing program can examine more possible moves than a different chess-playing program run on the same computer under the same time constraints per move, the former program will have a better chance of winning than the latter.
How fast a given computer is has no effect on which chess-playing computer programs can run on that computer.
In general, the more moves a given chess-playing program is able to examine under given time constraints per move, the better the chances that program will win.
If two different chess-playing programs are running on two different computers under the same time constraints per move, the program running on the faster computer will be able to examine more possible moves in the time allotted.
If a chess-playing program is run on two different computers and is allotted more time to examine possible moves when running on the slow computer than when running on the fast computer, it will have an equal chance of winning on either computer.
Explanations
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