SOLUTION: At a police check point, it is estimated that 10 cars chosen at random can be checked in an hour. If we assume that 15% of drivers are not wearing their seat belt, what is the pro
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-> SOLUTION: At a police check point, it is estimated that 10 cars chosen at random can be checked in an hour. If we assume that 15% of drivers are not wearing their seat belt, what is the pro
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Question 907565: At a police check point, it is estimated that 10 cars chosen at random can be checked in an hour. If we assume that 15% of drivers are not wearing their seat belt, what is the probability that in the first hour of the check point, at least one driver pulled over will be caught without their seat belt? Answer by reviewermath(1029) (Show Source):
You can put this solution on YOUR website! At a police check point, it is estimated that 10 cars chosen at random can be checked in an hour. If we assume that 15% of drivers are not wearing their seat belt, what is the probability that in the first hour of the check point, at least one driver pulled over will be caught without their seat belt?
probability = =
