Many people believe that unusual behavior is more likely to occur during a full moon. As a test for empirical evidence to support this belief, suppose that you categorized the visits of new clients to a community health unit over a one-year period by lunar phases and found the following distribution of visits: Full moon 62, new moon 50, first quarter 60, and third quarter 56. What is the null and alternate hypothesis?

Question

Many people believe that unusual behavior is more likely to occur during a full moon. As a test for empirical evidence to support this belief, suppose that you categorized the visits of new clients to a community health unit over a one-year period by lunar phases and found the following distribution of visits: Full moon 62, new moon 50, first quarter 60, and third quarter 56.  What is the null and alternate hypothesis?

anonymous · Answer

The null and alternate of hypothesis would be all your amount of tests resulted in one sooo. 62, 50, 60, 56.
228 is your answer.
( I believe)

anonymous · Answer

so you just added the numbers?
What about the expected values for each of the categories? I'm not sure how to find that

anonymous · Answer

Idk if it would be 57 or not