The Ball Corporation's beverage can manufacturing plant in Fort Atkinson, Wisconsin, uses a metal supplier that provides metal with a known thickness standard deviation o= .000652 mm. Assume a random sample of 52 sheets of metal resulted in an x =.3373 mm. Calculate the 95 percent confidence interval for the true mean metal thickness. (Round your answers to 4 decimal places.) The 95% confidence interval is from to
The Ball Corporation's beverage can manufacturing plant in Fort Atkinson, Wisconsin, uses a metal supplier that provides metal with a known thickness standard deviation o= .000652 mm. Assume a random sample of 52 sheets of metal resulted in an x =.3373 mm. Calculate the 95 percent confidence interval for the true mean metal thickness. (Round your answers to 4 decimal places.) The 95% confidence interval is from to
MATLAB: An Introduction with Applications
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Author:Amos Gilat
Publisher:Amos Gilat
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The Ball Corporation's beverage can manufacturing plant in Fort Atkinson, Wisconsin, uses a metal supplier that provides metal with a
known thickness standard deviation 0 = .000652 mm. Assume a random sample of 52 sheets of metal resulted in an x = .3373 mm.
Calculate the 95 percent confidence interval for the true mean metal thickness. (Round your answers to 4 decimal places.)
The 95% confidence interval is from
to
sa
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The Ball Corporation's beverage can manufacturing plant in Fort Atkinson, Wisconsin, uses a metal supplier that provides metal with a
known thickness standard deviation 0 = .000652 mm. Assume a random sample of 52 sheets of metal resulted in an x = .3373 mm.
Calculate the 95 percent confidence interval for the true mean metal thickness. (Round your answers to 4 decimal places.)
The 95% confidence interval is from
to
sa
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