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Suppose a Simple Random Sample Is Selected from a Population μ\mu

Question 54

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Suppose a simple random sample is selected from a population with a mean if μ\mu and a variance of σ\sigma 2.The central limit theorem tells us that


A) the sample mean  Suppose a simple random sample is selected from a population with a mean if \mu  and a variance of  \sigma <sup>2</sup>.The central limit theorem tells us that A) the sample mean   gets closer to the population mean  \mu  as the sample size increases. B) if the sample size n is sufficiently large,the sample will be approximately Normal. C) the mean of   will be  \mu  if the sample size n is sufficiently large. D) if the sample size is sufficiently large,the distribution of   will be approximately Normal with a mean of  \mu  and a standard deviation of   . E) the distribution of   will be Normal only if the population from which the sample is selected is also Normal. gets closer to the population mean μ\mu as the sample size increases.
B) if the sample size n is sufficiently large,the sample will be approximately Normal.
C) the mean of  Suppose a simple random sample is selected from a population with a mean if \mu  and a variance of  \sigma <sup>2</sup>.The central limit theorem tells us that A) the sample mean   gets closer to the population mean  \mu  as the sample size increases. B) if the sample size n is sufficiently large,the sample will be approximately Normal. C) the mean of   will be  \mu  if the sample size n is sufficiently large. D) if the sample size is sufficiently large,the distribution of   will be approximately Normal with a mean of  \mu  and a standard deviation of   . E) the distribution of   will be Normal only if the population from which the sample is selected is also Normal. will be μ\mu if the sample size n is sufficiently large.
D) if the sample size is sufficiently large,the distribution of  Suppose a simple random sample is selected from a population with a mean if \mu  and a variance of  \sigma <sup>2</sup>.The central limit theorem tells us that A) the sample mean   gets closer to the population mean  \mu  as the sample size increases. B) if the sample size n is sufficiently large,the sample will be approximately Normal. C) the mean of   will be  \mu  if the sample size n is sufficiently large. D) if the sample size is sufficiently large,the distribution of   will be approximately Normal with a mean of  \mu  and a standard deviation of   . E) the distribution of   will be Normal only if the population from which the sample is selected is also Normal. will be approximately Normal with a mean of μ\mu and a standard deviation of
 Suppose a simple random sample is selected from a population with a mean if \mu  and a variance of  \sigma <sup>2</sup>.The central limit theorem tells us that A) the sample mean   gets closer to the population mean  \mu  as the sample size increases. B) if the sample size n is sufficiently large,the sample will be approximately Normal. C) the mean of   will be  \mu  if the sample size n is sufficiently large. D) if the sample size is sufficiently large,the distribution of   will be approximately Normal with a mean of  \mu  and a standard deviation of   . E) the distribution of   will be Normal only if the population from which the sample is selected is also Normal. .
E) the distribution of  Suppose a simple random sample is selected from a population with a mean if \mu  and a variance of  \sigma <sup>2</sup>.The central limit theorem tells us that A) the sample mean   gets closer to the population mean  \mu  as the sample size increases. B) if the sample size n is sufficiently large,the sample will be approximately Normal. C) the mean of   will be  \mu  if the sample size n is sufficiently large. D) if the sample size is sufficiently large,the distribution of   will be approximately Normal with a mean of  \mu  and a standard deviation of   . E) the distribution of   will be Normal only if the population from which the sample is selected is also Normal. will be Normal only if the population from which the sample is selected is also Normal.

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