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Suppose we wish to test H0: μ1 - μ2 ≤ 0 versus HA: μ1 - μ2> 0. Independent random samples are taken from two normally distributed populations with unknown variances. The following sample statistics are given: X¯11 = 15.4, X¯2 = 14.5, s1 = 2, s2 = 2.28, n1 = 35, n2 = 18. Assuming that the population variances are not equal, what is the value of the appropriate test statistic?
How many, if 2 of the men refuse to serve together? = 56 (c): How many, if 2 of the women refuse to serve together? = 50 (d): How many, if 1 man and 1 woman refuse to serve together?
What is the optimal lot size in order to minimize the sum of annual ordering costs and inventory carrying costs of polyurethane? What is the total annual cost based on your optimal lot size?
If you select a U.S. college student at random, the probability is 0.56 that you have selected someone who will graduate within six years. Do you think that this probability would apply to all colleges?
Based on the supply curve above, what is the relationship between good X and good Z?
What does this imply about the median of the salaries at company A with regard to the median of the salaries at company B?
1. State the null hypothesis and the alternative hypothesis for each of the following examples.
You randomly select 15 people who went to the store. The random variable x represents the number of people who made a purchase.
Suppose the mean number of episodes is 2.4 per year. Let X be the number of episodes in the 2-year period 2008 2009.
Given a normal population which has a mean of 50 and a standard deviation of 9, find the probability that a random sample of 81 has a mean between 49 and 52.
for a certain musician his favorite brand of guitar picks is far more likely to chip accidentally and become useless
Create a frequency distribution and Sketch the histogram, based on your answer in 1: 3. Create stemplot
Assume that one of the subjects is randomly selected. Find the probability that the selected subject is not pregnant, given that the test was negative. I the result the same as the probability of a negative test result given that the selected subj..
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