Consider an x distribution with standard deviation 24 (a) If specifications for a research project require...
Consider an x distribution with standard deviation - 28. (a) It specifications for a research project require the standard error of the corresponding x distribution to be 2, how large does the sample sive need to be? (b) specifications for a research project require the standard error of the corresponding x distribution to be 1, how large does the sample size need to be?
Consider an x distribution with standard deviation σ = 10. (a) If specifications for a research project require the standard error of the corresponding x distribution to be 5, how large does the sample size need to be? n = (b) If specifications for a research project require the standard error of the corresponding x distribution to be 1, how large does the sample size need to be? n =
Consider an x distribution with standard deviation σ = 35. (a) If specifications for a research project require the standard error of the corresponding x distribution to be 5, how large does the sample size need to be? n = (b) If specifications for a research project require the standard error of the corresponding x distribution to be 1, how large does the sample size need to be? n =
Consider an x distribution with standard deviation σ = 28. (For each answer, enter an exact number.) (a) If specifications for a research project require the standard error of the corresponding x bar distribution to be 2, how large does the sample size need to be? n = (b) If specifications for a research project require the standard error of the corresponding x bar distribution to be 1, how large does the sample size need to be? n =
Consider an x distribution with standard deviation σ = 50. (For each answer, enter an exact number.) (a) If specifications for a research project require the standard error of the corresponding x bar distribution to be 2, how large does the sample size need to be? n = Incorrect: Your answer is incorrect. . (b) If specifications for a research project require the standard error of the corresponding x bar distribution to be 1, how large does the sample size...
Consider an x distribution with standard deviation 0 - 36. (a) Ir specifications for a research project require the standard error of the corresponding x distribution to be 4, how large does the sample size need to be? (b) If specifications for a research project require the standard error of the corresponding distribution to be 1, how large does the sample size need to be? Need Help? Submit Answer Practice Another Version -19 points BBUNDERSTAT12 6.5.011. My Notes | Ask...
The sample mean X is to be used to estimate the mean μ ofa normal distribution with standard deviation 4 inches. How large a sample should be taken in order that, with 90% probability, the estimate will be in error by at most one-half inch? n. 1 The sample mean X is to be used to estimate the mean μ ofa normal distribution with standard deviation 4 inches. How large a sample should be taken in order that, with 90%...
1. Which of the following statements is true about the standard deviation of X¯? A. It increases as the sample size n increases. B. It decreases as the sample size n increases. C. It changes each time a new sample is drawn. D. It does not change as the sample size n increases. 2. The standard deviation of the sampling distribution for a sample mean depends on the value(s) of A. neither the sample size nor the population standard deviation....
99 and standard deviation σ A population whose distribution is unknown has mean μ and a sample of size 26 is drawn from this population, then 1, a. The mean oJ a b. The standard error ot c. The distribution of A population whose distribution is unknown has mean μ = 99 and standard deviation σ = 7 and a sample of size 26 is drawn from this population, then 1, a. b. c. The mean of X= The standard...
7. The standard deviation of the mean for the sampling distribution of random samples of size n-36 from a large (or infinite) population is 2. How large must the sample size be to decrease the standard deviation to 1.2?