A population of 600 semiconductor wafers contains wafers from three lots. The wafers are categorized by lot and by whether they conform to a thickness specification. The following table presents the...


A population of 600 semiconductor wafers contains wafers from three lots. The wafers are<br>categorized by lot and by whether they conform to a thickness specification. The<br>following table presents the number of wafers in each category. A wafer is chosen<br>at random from the population.<br>Nonconforming<br>Conforming<br>Lot<br>A<br>88<br>12<br>165<br>35<br>

Extracted text: A population of 600 semiconductor wafers contains wafers from three lots. The wafers are categorized by lot and by whether they conform to a thickness specification. The following table presents the number of wafers in each category. A wafer is chosen at random from the population. Nonconforming Conforming Lot A 88 12 165 35
260<br>40<br>a.<br>If the wafer is from Lot A, what is the probability that it is conforming?<br>b.<br>If the wafer is conforming, what is the probability that it is from Lot A?<br>If the wafer is conforming, what is the probability that it is not from Lot C?<br>d.<br>C.<br>If the wafer is not from Lot C, what is the probability that it is conforming?<br>

Extracted text: 260 40 a. If the wafer is from Lot A, what is the probability that it is conforming? b. If the wafer is conforming, what is the probability that it is from Lot A? If the wafer is conforming, what is the probability that it is not from Lot C? d. C. If the wafer is not from Lot C, what is the probability that it is conforming?

Jun 02, 2022
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