Exhibit 9-9 From a population of cans of coffee marked "12 ounces," a sample of 25 cans is selected and the contents of each can are weighed. The sample revealed a mean of 11.8 ounces and a standard deviation of 0.5 ounces. We want to test to determine whether or not the mean weight of all cans is significantly less than 12 ounces. 4. Refer to Exhibit 9-9. If the test is done at a 5% level of significance, it can be concluded that the population mean amount of coffee is significantly less than 12 ounces not significantly less than 12 ounces exactly equal to 12 ounces Not enough information is given to answer this question.

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Exhibit 9-9
From a population of cans of coffee marked "12 ounces," a sample of 25 cans is
selected and the contents of each can are weighed. The sample revealed a mean of
11.8 ounces and a standard deviation of 0.5 ounces. We want to test to determine
whether or not the mean weight of all cans is significantly less than 12 ounces.
4. Refer to Exhibit 9-9. If the test is done at a 5% level of significance, it can be
concluded that the population mean amount of coffee is
significantly less than 12 ounces
not significantly less than 12 ounces
exactly equal to 12 ounces
Not enough information is given to answer this question.
Transcribed Image Text:Exhibit 9-9 From a population of cans of coffee marked "12 ounces," a sample of 25 cans is selected and the contents of each can are weighed. The sample revealed a mean of 11.8 ounces and a standard deviation of 0.5 ounces. We want to test to determine whether or not the mean weight of all cans is significantly less than 12 ounces. 4. Refer to Exhibit 9-9. If the test is done at a 5% level of significance, it can be concluded that the population mean amount of coffee is significantly less than 12 ounces not significantly less than 12 ounces exactly equal to 12 ounces Not enough information is given to answer this question.
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