A repeated-measures study with a sample of n=16 participants produces a mean difference of MD=4with a standard deviation of s=8. Use a two-tailed hypothesis test with a=.05 to determine whether it is likely that this sample came from a population with μD=0. b. Now assume that the sample mean difference is MD=10, and once again visualize the sample distribution. Use a two-tailed hypothesis test with α=.05 to determine whether it is likely that this sample came from a population with μD=0. c. Explain how the size of the sample mean difference influences the likelihood of finding a significant mean difference.
A repeated-measures study with a sample of n=16 participants produces a mean difference of MD=4with a standard deviation of s=8. Use a two-tailed hypothesis test with a=.05 to determine whether it is likely that this sample came from a population with μD=0. b. Now assume that the sample mean difference is MD=10, and once again visualize the sample distribution. Use a two-tailed hypothesis test with α=.05 to determine whether it is likely that this sample came from a population with μD=0. c. Explain how the size of the sample mean difference influences the likelihood of finding a significant mean difference.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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A repeated-measures study with a sample of n=16 participants produces a
b. Now assume that the sample mean difference is MD=10, and once again visualize the sample distribution. Use a two-tailed hypothesis test with α=.05 to determine whether it is likely that this sample came from a population with μD=0.
c. Explain how the size of the sample mean difference influences the likelihood of finding a significant mean difference.
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