Question

The upper and lower boundaries of interval of confidence are classified as

a.

error biased limits

b.

marginal limits

c.

estimate limits

d.

confidence limits

Answer: (d).confidence limits

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. The upper and lower boundaries of interval of confidence are classified as

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. For a parameter whose value is unknown, the belief or claim for that parameter is classified as

Q. If the standard deviation of population 1 is 3 with sample size is 8 and the population 2 standard deviation is 5 with sample size is 7 then the standard deviation of sampling distribution is

Q. Considering the sample statistic, if the mean of sampling distribution is equal to population mean then the sample statistic is classified as

Q. If the point estimate is 8 and the margin of error is 5 then the confidence interval is

Q. To develop interval estimate of any parameter of population, the value which is added or subtracted from the point estimate is classified as

Q. In confidence interval estimation, the confidence efficient is denoted by

Q. Considering the sample size, the sampling distribution standard error decreases when the

Q. The method in which the sample statistic is used to estimate the value of parameters of population is classified as

Q. In confidence interval estimation, the interval estimate is also classified as

Q. If the sample size is greater than or equal to 30 then the sample standard deviation can be approximated to population standard deviation for the

Q. The value of any sample statistic which is used to estimate the parameters of population is classified as

Q. The distance between the true value of population parameter and estimated value of population parameter is called

Q. The knowledge of possible errors, point estimate and the degree of confidence is classified as

Q. In confidence interval estimation, the formula of calculating confidence interval is

Q. The difference between value of parameter of population and value of unbiased estimator point is classified as

Q. If the critical value of normal standard variable is 0.95 and the standard error of specific statistic 3.5 then the margin of error is

Q. Considering the sample statistic, if the sample statistic mean is not equal to population parameter then sample statistic is considered as

Q. The criteria of selecting the point estimator must include the information of

Q. If the true value of population parameter is 10 and the estimated value of population parameter is 15 then the error of estimation is

Q. The analysis of labor turnover rates, performance appraisal, training programs and planning of incentives are examples of role of

Recommended Subjects

Are you eager to expand your knowledge beyond Business Statistics? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!