8 in every 1000 people in a city have a certain medical condition. If a person with the condition is tested for the condition, the probability that the result is incorrect is 0.04. If a person without the condition is tested, the probability that the result is incorrect is 0.06. Suppose a person is arbitrarily tested for the condition and the result was positive, that is, the result indicates that the person has the condition whether the person actually has the condition.
8 in every 1000 people in a city have a certain medical condition. If a person with the condition is tested for the condition, the probability that the result is incorrect is 0.04. If a person without the condition is tested, the probability that the result is incorrect is 0.06. Suppose a person is arbitrarily tested for the condition and the result was positive, that is, the result indicates that the person has the condition whether the person actually has the condition.
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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Transcribed Image Text:8 in every 1000 people in a city have a certain medical condition.
If a person with the condition is tested for the condition, the probability that the result is incorrect is 0.04.
If a person without the condition is tested, the probability that the result is incorrect is 0.06.
Suppose a person is arbitrarily tested for the condition and the result was positive, that is, the result
indicates that the person has the condition whether the person actually has the condition.
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