The heat evolved in calories per gram of a cement mixture is approximately normally distributed The mean is thought to be 100. and the standard deviation is 2. You wish to test H0: μ = 100 versus Ha:...


The heat evolved in calories per gram of a cement mixture is approximately normally distributed<br>The mean is thought to be 100. and the standard deviation is 2. You wish to test H0: μ = 100<br>versus Ha: μ # 100 with a sample of n-9 specimens.<br>If the acceptance region is defined as 98.5 x 101.5, find the type 1 error probability α.<br>Find B for the case in which the true mean heat evolved is 103.<br>1.<br>a)<br>b)<br>

Extracted text: The heat evolved in calories per gram of a cement mixture is approximately normally distributed The mean is thought to be 100. and the standard deviation is 2. You wish to test H0: μ = 100 versus Ha: μ # 100 with a sample of n-9 specimens. If the acceptance region is defined as 98.5 x 101.5, find the type 1 error probability α. Find B for the case in which the true mean heat evolved is 103. 1. a) b)

Jun 01, 2022
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