A new HIV test identifies 95% of people who are really HIV positive and 98% of people who are really HIV negative. Only 1 in a 1000 of the population are HIV positive. If the HIV test shows a positive...


A new HIV test identifies 95% of people who are really HIV positive and 98% of people who<br>are really HIV negative. Only 1 in a 1000 of the population are HIV positive. If the HIV test<br>shows a positive result, the individual might wish to retake the test. Suppose that the results<br>of a person retaking the HIV test are conditionally independent given HIV status (clearly<br>two results of the test would certainly not be unconditionally independent). Suppose a<br>person takes the test, the test is positive, the person takes the test again and the test is again<br>positive. What is the probability that the person actually has HIV?<br>

Extracted text: A new HIV test identifies 95% of people who are really HIV positive and 98% of people who are really HIV negative. Only 1 in a 1000 of the population are HIV positive. If the HIV test shows a positive result, the individual might wish to retake the test. Suppose that the results of a person retaking the HIV test are conditionally independent given HIV status (clearly two results of the test would certainly not be unconditionally independent). Suppose a person takes the test, the test is positive, the person takes the test again and the test is again positive. What is the probability that the person actually has HIV?

Jun 07, 2022
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