# Sampling Distribution in Statistics MCQs Quiz Online PDF Download eBook

Solve Sampling Distribution in Statistics Multiple Choice Questions (MCQ), sampling distribution in statistics quiz answers PDF worksheet, business statistics practice test for online degree programs. Learn sampling distributions Multiple Choice Questions and Answers (MCQs), "Sampling Distribution in Statistics" quiz questions and answers for online bachelor's degree in business management. Learn sampling distributions, standard errors in statistics test prep to learn online certificate courses.

"If the standard deviation of the population is 35 and the sample size is 9 then the standard deviation of sampling distribution is" Multiple Choice Questions (MCQ) on sampling distribution in statistics with choices *12.67, 11.67, 13.67, and 14.67* for online bachelor's degree in business management. Practice sampling distribution in statistics quiz questions for merit scholarship test and certificate programs for online business degree.

## MCQs on Sampling Distribution in Statistics PDF Download eBook

MCQ: If the standard deviation of the population is 35 and the sample size is 9 then the standard deviation of sampling distribution is

- 12.67
- 11.67
- 13.67
- 14.67

B

MCQ: If the standard deviation of the population is known then the μ must be equal to

- absolute value of estimator
- error free mean
- expected value of mean
- inferential value of mean

C

MCQ: The theorem which states that as the sample size increases the sampling distribution must approach the normal distribution is classified as

- limited approximation theorem
- secondary limit theorem
- primary limit theorem
- central limit theorem

D

MCQ: The distribution of difference of proportions approximate the normal standard distribution only if

- n > or = 30
- n < or = 30
- n > or = 50
- n < or = 50

A

MCQ: If the p is equal to 0.65, the value of N is 25000 whereas the sample size is 50 then the value of standard deviation of sample proportion is

- 0.0056
- 0.0045
- 0.0065
- 0.045

B