Multiple Choice
A hypothesis test is to be performed. Describe the two possible outcomes of the test using the context of the givensituation.
-During one flu epidemic the proportion of adults nationwide who have come down with the flu is . The manufacturer of a flu vaccine claims that those who have been vaccinated are less likely to catch the flu.
The hypotheses are as follows:
Null hypothesis: proportion of those vaccinated catching the flu
Alternative hypothesis: proportion of those vaccinated catching the flu
A) Rejecting the null hypothesis means there is evidence that the proportion of those vaccinated catching the flu is not equal to
Failing to reject the null hypothesis means there is insufficient evidence to conclude that the proportion of those vaccinated catching the flu is equal to .
B) Rejecting the null hypothesis means there is evidence that the proportion of those vaccinated catching the flu is less than
Failing to reject the null hypothesis means there is insufficient evidence to conclude that the proportion of those vaccinated catching the flu is less than .
C) Rejecting the null hypothesis means there is insufficient evidence that the proportion of those vaccinated catching the flu is equal to
Accepting the null hypothesis means there is evidence to conclude that the proportion of those vaccinated catching the flu is equal to .
D) Rejecting the null hypothesis means there is evidence that the proportion of those vaccinated catching the flu is less than
Accepting the null hypothesis means there is evidence to conclude that the proportion of those vaccinated catching the flu is equal to .
Correct Answer:

Verified
Correct Answer:
Verified
Q73: Solve the problem.<br>-Find the mean for
Q74: Find a 95% confidence interval for the
Q75: Provide an appropriate response.<br>-A data set consists
Q76: Provide an appropriate response.<br>-A data set consists
Q77: For the given data value, find
Q79: Use the 68-95-99.7 rule to solve the
Q80: Find the margin of error for the
Q81: State how many peaks you would
Q82: Find the margin of error for the
Q83: A hypothesis test is to be