2. Compare the standard deviation to the population standard deviation. Then, compare the standard error with the sample compute for the standard error standard deviation.


2. Compare the standard deviation to the population standard deviation. Then,<br>compare the standard error with the sample<br>compute for the standard error<br>standard deviation.<br>

Extracted text: 2. Compare the standard deviation to the population standard deviation. Then, compare the standard error with the sample compute for the standard error standard deviation.
For MEMBER 5: The number of demons slayed by the demon slayers per three years<br>is known to be normally distributed with an average of 2560 and a standard deviation<br>of 1419.<br>The mean and standard deviation of the sample mean is given by<br>Mean= µz = µ= 2560<br>Standard deviation(og) = 0/Vn= 1419/v5<br>=634.60<br>Standard deviation(oz) = 634.60<br>

Extracted text: For MEMBER 5: The number of demons slayed by the demon slayers per three years is known to be normally distributed with an average of 2560 and a standard deviation of 1419. The mean and standard deviation of the sample mean is given by Mean= µz = µ= 2560 Standard deviation(og) = 0/Vn= 1419/v5 =634.60 Standard deviation(oz) = 634.60

Jun 07, 2022
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