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- Sat Jan 21, 2012 12:00 am
#45447
Setup and Rule Diagram Explanation
This is a Basic Linear: Unbalanced: Underfunded, Numerical Distribution game.
This game features four people driving a total of six days. The first rule specifies that each person drives at least once, and this creates two unfixed numerical distributions for the 6 days to the 4 drivers: 2-2-1-1 and 3-1-1-1. In the 2-2-1-1, two people drive twice, and two people drive once. In the 3-1-1-1, one person drives three times and three people drive once. The distribution directly answers question #17 and helps to answer question #19.
The second rule indicates that no person drives on two consecutive days. Instead of representing each of the four not-blocks (one of each driver), we will represent this rule as a DD not-block, where “D” stands for “driver”:
The third rule is represented by an F Not Law under Monday.
The fourth rule is a conditional and can be represented as:
The fifth rule is also conditional, and can be represented as:
This rule can be added to the fourth rule, to create a chain:
H is the only random in the game, which leads to the final setup:
This is a Basic Linear: Unbalanced: Underfunded, Numerical Distribution game.
This game features four people driving a total of six days. The first rule specifies that each person drives at least once, and this creates two unfixed numerical distributions for the 6 days to the 4 drivers: 2-2-1-1 and 3-1-1-1. In the 2-2-1-1, two people drive twice, and two people drive once. In the 3-1-1-1, one person drives three times and three people drive once. The distribution directly answers question #17 and helps to answer question #19.
The second rule indicates that no person drives on two consecutive days. Instead of representing each of the four not-blocks (one of each driver), we will represent this rule as a DD not-block, where “D” stands for “driver”:
The third rule is represented by an F Not Law under Monday.
The fourth rule is a conditional and can be represented as:
The fifth rule is also conditional, and can be represented as:
This rule can be added to the fourth rule, to create a chain:
H is the only random in the game, which leads to the final setup:
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Dave Killoran
PowerScore Test Preparation
Follow me on X/Twitter at http://twitter.com/DaveKilloran
My LSAT Articles: http://blog.powerscore.com/lsat/author/dave-killoran
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PowerScore Test Preparation
Follow me on X/Twitter at http://twitter.com/DaveKilloran
My LSAT Articles: http://blog.powerscore.com/lsat/author/dave-killoran
PowerScore Podcast: http://www.powerscore.com/lsat/podcast/