A hypothesis test is performed to determine if the proportion of all six packs of seltzers sold in a particular grocery store near a college campus that are alcoholic exceeds 50%. A random sample of...


A hypothesis test is performed to determine if the proportion of all six packs of seltzers sold in a particular grocery store near a college campus that are alcoholic exceeds 50%. A random<br>sample of 152 customers that purchased seltzer is acquired (assume no customer purchases more than one six pack at time, alcoholic or not); the sample proportion of these purchases that are<br>alcoholic is obtained. From this sample a test statistic of 2.60 is calculated, which has a corresponding P-value of 0.0047.<br>Which of the following is true?<br>Select one:<br>O a. The probability that, in a random sample of 152 customers purchasing seltzers, more than 50% of those customers will have purchased alcoholic seltzer is 0.0047.<br>O b. None of these statements is true.<br>Oc.<br>The probability the null hypothesis is true is 0.0047.<br>O d. The probability the null hypothesis is true is 1-0.0047 = 0.9953.<br>The probability that 50% of customers purchasing seltzers will be purchasing alcoholic seltzer on any given day is 0.0047.<br>

Extracted text: A hypothesis test is performed to determine if the proportion of all six packs of seltzers sold in a particular grocery store near a college campus that are alcoholic exceeds 50%. A random sample of 152 customers that purchased seltzer is acquired (assume no customer purchases more than one six pack at time, alcoholic or not); the sample proportion of these purchases that are alcoholic is obtained. From this sample a test statistic of 2.60 is calculated, which has a corresponding P-value of 0.0047. Which of the following is true? Select one: O a. The probability that, in a random sample of 152 customers purchasing seltzers, more than 50% of those customers will have purchased alcoholic seltzer is 0.0047. O b. None of these statements is true. Oc. The probability the null hypothesis is true is 0.0047. O d. The probability the null hypothesis is true is 1-0.0047 = 0.9953. The probability that 50% of customers purchasing seltzers will be purchasing alcoholic seltzer on any given day is 0.0047.

Jun 09, 2022
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