During off-peak hours, a commuter train has five cars. Suppose a commuter is twice as likely to select (#3) as to select either adjacent car (#2 or #4), and is twice as likely to select either adjacent car as to select either end car (#1 or #5). Determine the probabilities for selecting each car.

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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During off-peak hours, a commuter train has five cars. Suppose a
commuter is twice as likely to select (#3) as to select either adjacent car
(#2 or #4), and is twice as likely to select either adjacent car as to select
either end car (#1 or #5). Determine the probabilities for selecting each
car.
Transcribed Image Text:During off-peak hours, a commuter train has five cars. Suppose a commuter is twice as likely to select (#3) as to select either adjacent car (#2 or #4), and is twice as likely to select either adjacent car as to select either end car (#1 or #5). Determine the probabilities for selecting each car.
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