n the CocaineTreatment experiment, we tested the claim that the proportion of no-relapse cases among those subjects who took desipramine is greater than 0.50 and found that the H₀ : p = 0.5 p-value = 0.28. The statement of hypotheses is HA : p > 0.5 Which one of these is a fully correct statement interpreting this p-value? a. The probability of finding a sample proportion as extreme or less extreme than the sample proportion of our data is 0.28. b. The probability of finding a sample proportion as extreme or less extreme than the sample proportion of our data is 0.28 if the null hypothesis is true. c. The probability of finding a sample proportion as extreme or less extreme than the sample proportion of our data is 0.28 if the alternative hypothesis is true. d. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28. e. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28 if the null hypothesis is true. f. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28 if the alternative hypothesis is true.
12. In the CocaineTreatment experiment, we tested the claim that the proportion of no-relapse cases among those subjects who took desipramine is greater than 0.50 and found that the H₀ : p = 0.5 p-value = 0.28. The statement of hypotheses is HA : p > 0.5
Which one of these is a fully correct statement interpreting this p-value?
a. The
b. The probability of finding a sample proportion as extreme or less extreme than the sample proportion of our data is 0.28 if the null hypothesis is true.
c. The probability of finding a sample proportion as extreme or less extreme than the sample proportion of our data is 0.28 if the alternative hypothesis is true.
d. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28.
e. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28 if the null hypothesis is true.
f. The probability of finding a sample proportion as extreme or more extreme than the sample proportion of our data is 0.28 if the alternative hypothesis is true.
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