It is not asking to plug in the lower bound from the range of " upper and lower"
It is asking only to calculate a one sided
Thank you
It is not asking to plug in the lower bound from the range of " upper...
Given a set of 41 samples with a sample average of 33, and a sample deviation of 6.9, determine the 2-sided confidence interval on the population mean, a<u<b, assuming a 90% confidence level. Please enter the correct value for "a" below.
The upper bound is ___
A simple random sample of size n = 40 is drawn from a population. The sample mean is found to be x = 120.2 and the sample standard deviation is found to be s = 12.7. Construct a 99% confidence interval for the population mean. The lower bound is . (Round to two decimal places as needed.)
Determine the point estimate of the population mean and margin of error for the confidence interval. Lower bound is 19, upper bound is 27. The point estimate of the population mean is _______ . The margin of error for the confidence interval is _______ .
the lower bound =
and upper bound =
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upper bound!
B eton Med Based on interviews with 95 SARS patients, researchers found that the meanincubation period was 56 days, with a standard deviation of 15.7 days. Based on this information, construct a 95% confidence Interval for the mean incubation period of the SARS Virus Interpret the interval The lower bound is days. (Round to two decimal places as needed.)
Determine the t critical value for a lower or an upper confidence bound in each of the following situations. (Round your answers to three decimal places.) (a) Confidence level = 95%, df = 5 (b) Confidence level = 95%, df = 20 (c) Confidence level = 99%, df = 20 (d) Confidence level = 99%, n = 5 (e) Confidence level = 97.5%, df = 23 (f) Confidence level = 99%, n = 36 You may need to use the...
Determine the t critical value for a lower or an upper confidence bound in each of the following situations. (Round your answers to three decimal places.) (a) Confidence level = 95%, df = 5 2.571 (b) Confidence level = 95%, df = 20 2.086 (c) Confidence level = 99%, df = 20 2.845 x (d) Confidence level = 99%, n = 5 4.604 (e) Confidence level = 97.5%, df = 23 2.398 (f) Confidence level = 99%, n = 36...
n=25 sample average= 96 sample standard deviation = 1.5. What is the lower bound of a 2-sided 95% confidence interval on the population standard deviation?
Part B, X=750, n=1000, confidence interval 95% with 5,000 samples - lower bound at 0.722 and upper bound at 0.776. Part C x=750, n=1000 confidence interval 99% with 5,000 samples - lower bound is 0.715 and upper bound is 0.785, standard error for both is 0.14. In parts B and C the samples were the same by the confidence level changed. How did the confidence interval change when the confidence level was increased? Explain why?
I have to find the lower and upper bound.. Please help!
mple random sample of size n-40 s drawn rom a population. The sample mean s oun to be x = 20.7 and the sample standard devia on s und to be s 12.9. ons uct a 99 % con der ce ter a or e population mea The lower bound is . (Round to two decimal places as needed.)
Suppose that Randy is an analyst for the bicyling industry and wants to estimate the asking price of used entry-level road hikes advertised online in the southeastern part of the United States. He obtains a random sample of 13 online advertisements of entry level road bikes. He determines that the mean price for these 13 hikes is =5681.87 and that the sample standard deviation is s = $177.45. He uses this information to construct a 99% confidence interval for p,...