When our test statistic is significant, how is probability used to explain how we make our decisions in hypothesis testing regarding the null hypothesis? (read carefully) Probability is absolutely not something involved in the hypothesis testing procedure. O The test statistic we obtained has a very low probability if we assume for the null hypothesis to be true, therefore we reject the null hypothesis. O The test statistic we obtained has a very high probability if we assume for the null hypothesis to be true, therefore we reject the null hypothesis. The test statistic we obtained has a very low probability if we assume for the nul hypothesis to be true, therefore we fail to reject the null hypothesis.
When our test statistic is significant, how is probability used to explain how we make our decisions in hypothesis testing regarding the null hypothesis? (read carefully) Probability is absolutely not something involved in the hypothesis testing procedure. O The test statistic we obtained has a very low probability if we assume for the null hypothesis to be true, therefore we reject the null hypothesis. O The test statistic we obtained has a very high probability if we assume for the null hypothesis to be true, therefore we reject the null hypothesis. The test statistic we obtained has a very low probability if we assume for the nul hypothesis to be true, therefore we fail to reject the null hypothesis.
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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Transcribed Image Text:When our test statistic is significant, how is probability used to explain how we make our decisions in hypothesis testing regarding the null hypothesis? (read carefully)
O Probability is absolutely not something involved in the hypothesis testing procedure.
O The test statistic we obtained has a very low probability if we assume for the nul hypothesis to be true, therefore we reject the null hypothesis.
O The test statistic we obtained has a very high probability if we assume for the null hypothesis to be true, therefore we reject the null hypothesis.
The test statistic we obtained has a very low probability if we assume for the null hypothesis to be true, therefore we fail to reject the null hypothesis.
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