# Introduction of Estimation MCQs Questions and Answers PDF Book Download

Introduction of estimation multiple choice questions (MCQs), introduction of estimation quiz answers to learn business analytics courses online. Confidence intervals and estimation MCQs, introduction of estimation quiz questions and answers for online masters degree. Learn introduction of estimation test prep for business analyst certifications.

Learn confidence intervals and estimation test MCQs: range or set of values which have chances to contain value of population parameter with particular confidence level is considered as, with choices secondary interval estimation, confidence interval estimate, population interval estimate, and sample interval estimate for online masters degree. Practice assessment test for scholarships, online learning introduction of estimation quiz questions for competitive assessment in business majors for business administration certifications.

## MCQ on Introduction of EstimationQuiz Book Download

MCQ: Range or set of values which have chances to contain value of population parameter with particular confidence level is considered as

- secondary interval estimation
- confidence interval estimate
- population interval estimate
- sample interval estimate

B

MCQ: Upper and lower boundaries of interval of confidence are classified as

- error biased limits
- marginal limits
- estimate limits
- confidence limits

D

MCQ: For a parameter whose value is unknown, belief or claim for that parameter is classified as

- parameter claim testing
- expected belief testing
- hypothesis testing
- primary limit testing

C

MCQ: To develop interval estimate of any parameter of population, value which is added or subtracted from point estimate is classified as

- margin of efficiency
- margin of consistency
- margin of biasedness
- margin of error

D

MCQ: Considering sample size, sampling distribution standard error decreases when the

- size of sample increases
- size of sample decreases
- margin of error increases
- margin of error decreases

A