3. If you assume that the observations in the sample are independent, what is the smallest value the sample size could be to meet the conditions for this hypothesis test? OA. 28 OB. 10 OC. None of the above OD. 20 OE. 77 OF. 26 4. Calculate the test statistic. z = -1.2529 5. Calculate the p value. p = 0.1051 6. Which of the following describes the probability represented by the p-value for this test? OA. It is the probability that any random sample of 215 MSU students would have 35.81% saying they regularly sleep less than 8 hours a day. B. It is the probability that a random sample of 215 MSU students would result in 35.81% or fewer who regularly sleep less than 8 hours a day, assuming the null model is valid. OC. It is the probability that 40% of all MSU students regularly sleep less than 8 hours a day, assuming the null model is valid. OD. It is the probability that less than 40% of MSU students regularly sleep less than 8 hours a day if, in fact, 35.81% actually do. O E. None of the above.
3. If you assume that the observations in the sample are independent, what is the smallest value the sample size could be to meet the conditions for this hypothesis test? OA. 28 OB. 10 OC. None of the above OD. 20 OE. 77 OF. 26 4. Calculate the test statistic. z = -1.2529 5. Calculate the p value. p = 0.1051 6. Which of the following describes the probability represented by the p-value for this test? OA. It is the probability that any random sample of 215 MSU students would have 35.81% saying they regularly sleep less than 8 hours a day. B. It is the probability that a random sample of 215 MSU students would result in 35.81% or fewer who regularly sleep less than 8 hours a day, assuming the null model is valid. OC. It is the probability that 40% of all MSU students regularly sleep less than 8 hours a day, assuming the null model is valid. OD. It is the probability that less than 40% of MSU students regularly sleep less than 8 hours a day if, in fact, 35.81% actually do. O E. None of the above.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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