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Consider the first four (Arm Circumference (Arm Cir), BMI) pairs in the NHANES III data given in Table 15.2, namely,
(a) In part (a) of Problem 20 you listed the possible SRSs of size n = 2 that could be selected from this subset of four BMI values. Calculate the sample mean for each of these potential SRSs. Calculate the average of these SRS means and compare it with the mean of the full subset of four BMI values.
(b) In part (b) of Problem 20 you listed the possible ranked set samples of size n = 2 that could be selected from this subset of four BMI values using a set size of k = 2 and arm circumference as the auxiliary variable for the ranking process. Calculate the sample mean for each of these potential RSSs. Calculate the average of these RSS means and compare it with the mean of the full subset of four BMI values.
(c) What important properties of the SRS mean and the RSS mean are illustrated by what you found in parts (a) and (b)?
Determine the following areas under standard Normal distribution curve.
recently the number of airline companies that offer in-flight wi-fi service to passengers has increased. however it is
(a) Formulate the null and alternative hypothesis for this test situation. (b) Which test statistic (z or t) is appropriate for this test? Why?
Assume the probability that you will make a sale on any given telephone call is 0.11. Find the probability that you make your first sale on the fifth call, make your sale on the first, second, or third call, and do not make a sale the first three ..
Construct the 90% and 95% interval estimates for the population mean weekly sales.
Using the original data, estimate the population standard deviation with 90% probability.
pretests posttests and threats to internal validity.answer the question either by writing the design name or by
q1. a high volume production process produces on average 3.4 defective parts per hour and the number of defects in an
if the sample mean is 8 the hypothesized population mean is 4 and the population standard deviation is 2 compute the
This question related to Basic Statistics and it is about compute the probability of finding customers who spend between $20 to $35 in a store. The computation has been given in the solution
A vertical line is drawn through a normal distribution at z = -0.25, and separates the distribution into two sections. What proportion of the distribution is in the larger section?
In the 2000 football season, 247 plays were reviewed by officials using instant video replays, and 83 of them resulted in reversal of the original call.
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