According to the Central Limit Theorem, the theoretical value of µx¯ is equal to µ, the...
According to the Central Limit Theorem, the theoretical value of µx¯ is equal to µ, the mean of the population from where the samples came. How well does your specific x5distr2 sampling distribution align with what should happen? Write an equation in terms of the object names used in this project. How do your empirical results match the theoretical results of the theorem? That is, how does the actual value of the µx¯ value for your x5distr2 compare to the theoretical value that it should be?
X5distr2ave = 25.1045927777778
X5distr2sd = 1.44896544061176
Homework Answers
= 24.1045
= 1.448965
actual value of Xbar is close to mean
as Xbar is unbiased estimator of mu
sigma_xbar decreases as n decreases
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According to the Central Limit Theorem, the theoretical value of
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