Joel ran an experiment to test optimum power and time settings for microwave popcom. His goal was to deliver popcom with

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Joel Ran An Experiment To Test Optimum Power And Time Settings For Microwave Popcom His Goal Was To Deliver Popcom With 1 (20.84 KiB) Viewed 11 times

Joel Ran An Experiment To Test Optimum Power And Time Settings For Microwave Popcom His Goal Was To Deliver Popcom With 2 (26.85 KiB) Viewed 11 times

Joel ran an experiment to test optimum power and time settings for microwave popcom. His goal was to deliver popcom with fewer than 8% of the kemels eft unpopped, on average He detained that power 9 at 4 mines was the best combination. To be sure that the method was successful, he popped 8 more bags of popcom (selected at random) at this setting All were of high quality, with the percentages of unpopped kamels shown below 96.91, 128, 11.3, 39, 31, 10.7, 29 Does this provide evidence that he met his goal of an average of fewer than 8% unpopped kemmels? Use 0.05 as the Pvcutoffel Choose the corect null and alternative hypotheses OA HUB Ha O.C. H₂p<B H₁ μ-8 OE H₂=8 HARPA Calculate the test sta In (Round to three decimal places as needed) Calculate the P-value P-value= (Round to four decimal places as needed) Does this provide evidence that Joel met his goal? OB HUB H OD. HAR HAB OF H₂B H OA Yes, there is enough evidence to suggest that less than 8% of the kernels are left unpopped when the specified power and time settings are used B. No, there is not enough evidence to suggest that at least 8% of the kamels are left unpopped when the specified power and time settings are used
OC. Ho <8 HAH-8 OE. H: 8 HAH>8 Calculate the test statistic. (Round to three decimal places as needed.) Calculate the P-value. P-value= (Round to four decimal places as needed.) Does this provide evidence that Joel met his goal? H₁ H=8 OD. H OF H₂H-8 OA. Yes, there is enough - nce to suggest that less than 8% of the kernels are left unpopped when the specified power and time settings are used. OB. No, there is not enough evidence to suggest that at least 8% of the kemels are left unpopped when the specified power and time settings are used. C. No, there is not enough evidence suggest that less than 8% of the kernels are left unpopped when the specified power and time settings are used OD. Yes, there is enough evidence to suggest that at least 8% of the kernels are left unpopped when the specified power and time settings are used.