Two samples from the same population both have M = 84 and s2 = 20, but one sample has n = 10 and the other has n = 20 scores. Both samples are used to evaluate a hypothesis stating that µ = 80 and to compute Cohen’s d. How will the outcomes for the two samples compare? Group of answer choices The larger sample is more likely to reject the null hypothesis and will produce a larger value for Cohen’s d. The larger sample is more likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d. The larger sample is less likely to reject the null hypothesis and will produce a larger value for Cohen’s d. The larger sample is less likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d.
Two samples from the same population both have M = 84 and s2 = 20, but one sample has n = 10 and the other has n = 20 scores. Both samples are used to evaluate a hypothesis stating that µ = 80 and to compute Cohen’s d. How will the outcomes for the two samples compare? Group of answer choices The larger sample is more likely to reject the null hypothesis and will produce a larger value for Cohen’s d. The larger sample is more likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d. The larger sample is less likely to reject the null hypothesis and will produce a larger value for Cohen’s d. The larger sample is less likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d.
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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Two samples from the same population both have M = 84 and s2 = 20, but one sample has n = 10 and the other has n = 20 scores. Both samples are used to evaluate a hypothesis stating that µ = 80 and to compute Cohen’s d. How will the outcomes for the two samples compare?
Group of answer choices
The larger sample is more likely to reject the null hypothesis and will produce a larger value for Cohen’s d.
The larger sample is more likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d.
The larger sample is less likely to reject the null hypothesis and will produce a larger value for Cohen’s d.
The larger sample is less likely to reject the null hypothesis, but the two samples will have the same value for Cohen’s d.
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