Question
A manufacturer of computer monitors estimates that 4 percent of all the monitors manufactured have a
screen defect. Let
represent the population proportion of all monitors manufactured that have a screen
defect. For the sampling distribution of the sample proportion for samples of size
. Which
of the following is the best interpretation of
?
For all samples of size 100 , the mean of all possible sample proportions of monitors
manufactured that have a screen defect is 0.04 .
For all samples of size 100 , the standard deviation of all possible sample proportions of
monitors manufactured that have a screen defect is 0.04 .
F. For a randomly selected screen monitor, the probability that the selected monitor will
have a screen defect is 0.04 .
(E) For each sample of size 100 , the proportion of monitors manufactured that will have a
screen defect is 0.04 .
be equal to 4 .
screen defect. Let
defect. For the sampling distribution of the sample proportion for samples of size
of the following is the best interpretation of
For all samples of size 100 , the mean of all possible sample proportions of monitors
manufactured that have a screen defect is 0.04 .
For all samples of size 100 , the standard deviation of all possible sample proportions of
monitors manufactured that have a screen defect is 0.04 .
F. For a randomly selected screen monitor, the probability that the selected monitor will
have a screen defect is 0.04 .
(E) For each sample of size 100 , the proportion of monitors manufactured that will have a
screen defect is 0.04 .
be equal to 4 .
Ask by Nunez Todd. in the United States
Jan 15,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
The mean of all possible sample proportions of defective monitors in samples of size 100 is 0.04.
Solution

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Bonus Knowledge
For all samples of size 100, the mean of all possible sample proportions of monitors manufactured that have a screen defect is 0.04. This interpretation can be understood as the average outcome you would expect if you took many samples of 100 monitors each; over the long run, about 4% of those samples will show the defect, indicating consistency in manufacturing quality.
On the other hand, it’s essential to differentiate between the mean and standard deviation in this context. The standard deviation of the sample proportions would actually be lower than 0.04, typically calculated using the formula
. For this scenario, it would be around 0.02, emphasizing that although the mean defect rate is 4%, individual samples may vary, but most will cluster around that mean!