A diagnostic test for disease X correctly identifies the disease 93% of the time . False positives occur 9%. It is estimated that 2.09% of the population suffers from disease X. Suppose the test is applied to a random individual from the poplulation . compute the following probabilities .( It may help to draw a probability tree) *The percentage chance that , given a negative result , the person does not have disease X = % *The percentage chance that , the person will be misclassified = %
A diagnostic test for disease X correctly identifies the disease 93% of the time . False positives occur 9%. It is estimated that 2.09% of the population suffers from disease X. Suppose the test is applied to a random individual from the poplulation . compute the following probabilities .( It may help to draw a probability tree) *The percentage chance that , given a negative result , the person does not have disease X = % *The percentage chance that , the person will be misclassified = %
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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A diagnostic test for disease X correctly identifies the disease 93% of the time . False positives occur 9%. It is estimated that 2.09% of the population suffers from disease X.
Suppose the test is applied to a random individual from the poplulation . compute the following probabilities .( It may help to draw a probability tree)
*The percentage chance that , given a negative result , the person does not have disease X = %
*The percentage chance that , the person will be misclassified = %
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