Assume that the U.S. Mint manufactures dollar coins so that the standard deviation is 0.0410 g. The accompanying lit contains weights (grams) of dollar coins manufactured with a new process designed...

Extracted text: Assume that the U.S. Mint manufactures dollar coins so that the standard deviation is 0.0410 g. The accompanying lit contains weights (grams) of dollar coins manufactured with a new process designed to decrease the standard deviation so that it is less than 0.0410 g. This sample has these summary statistics: n= 16, x 8.064 g, s 0.02 g. A 0.10 significance level is used to test the claim that the sample is from a population with a standard deviation less than 0.0410 g. The null and alternative hypotheses are Ho: o = 0.0410 g and H,: o<0.0410 g.="" for="" this="" sample="" data,="" we="" get="" a="" p-value="" of="" 0.0075="" when="" testing="" the="" claim="" that=""><0.0410 g.="" complete="" parts="" (a)="" through="" (c).="" click="" the="" icon="" to="" view="" the="" weights="" of="" dollar="" coins="" manufactured="" with="" the="" new="" process.="" ...="" a.="" what="" should="" we="" conclude="" about="" the="" null="" hypothesis?="" a.="" accept="" the="" null="" hypothesis.="" b.="" fail="" to="" accept="" the="" null="" hypothesis.="" o="" c.="" reject="" the="" null="" hypothesis.="" o="" d.="" fail="" to="" reject="" the="" null="" hypothesis.="" b.="" what="" should="" we="" conclude="" about="" the="" original="" claim?="" sufficient="" evidence="" to="" the="" claim="" that="" the="" sample="" is="" from="" a="" population="" with="" a="" standard="" deviation="" less="" than="" 0.0410="" g.="" there="" c.="" what="" do="" these="" results="" suggest="" about="" the="" new="" minting="" process?="" than="" the="" old="" method,="" since="" there="" evidence="" that="" the="" weights="" of="" coins="" produced="" by="" this="" based="" on="" this="" result,="" the="" new="" minting="" process="" us="" i="">