Suppose the population data has a mean of µ = 150 and a variance of = 36. Compute the 95% CI for the following sample sizes. Assuming that the sample mean is X = 152 for all sample sizes (note: this is an unrealistic assumption). Show your work. (a) (b) n = (c) n = 200 12 = 10 50 Based on the answers to the previous question, complete the following sentence. Holding everything else constant, as the sample size increases, the width of the 95% CI gets This indicates that the sample mean as the point estimate of the population mean becomes more

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Suppose the population data has a mean of μ = 150 and a variance of
o² = 36. Compute the 95% CI for the following sample sizes. Assuming that the sample
mean is X = 152 for all sample sizes (note: this is an unrealistic assumption). Show
your work.
(a) n = 10
(b) n = 50
(c) n = 200
Based on the answers to the previous question, complete the following sentence.
Holding everything else constant, as the sample size increases, the width of the 95%
CI gets
This indicates that the sample mean as the point estimate of the
population mean becomes more
Transcribed Image Text:Suppose the population data has a mean of μ = 150 and a variance of o² = 36. Compute the 95% CI for the following sample sizes. Assuming that the sample mean is X = 152 for all sample sizes (note: this is an unrealistic assumption). Show your work. (a) n = 10 (b) n = 50 (c) n = 200 Based on the answers to the previous question, complete the following sentence. Holding everything else constant, as the sample size increases, the width of the 95% CI gets This indicates that the sample mean as the point estimate of the population mean becomes more
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