A research firm claims that the distribution of the days of the week that people are...

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A research firm claims that the distribution of the days of the week that people are most likely to order food for delivery is different from the distribution shown in the pie chart. You randomly select 478 people and record which day of the week each is most likely to order food for delivery. The table to the right shows the results. At a 0.05, test the research firm's claim. Click the icon for the pie chart of the distribution. State Ho and H, and identify the claim. Ho: The distribution of the days people order food for delivery H: The distribution of the days people order food for delivery Which hypothesis is the claim? O Ho O Ha Calculate the test statistic. x=(Round to three decimal places as needed.) Determine the P-value. P= (Round to three decimal places as needed.) is uniform. Sunday Monday Tuesday Day Frequency, f D 44 18 20 Wednesday 40 Thursday 45 Friday 161 Saturday 150 differs from the expected distribution. is as shown in the pie chart. Decide whether to reject or fail to reject the null hypothesis. Then interpret the decision in the context of the original claim. Ho. At the 5% significance level, there enough evidence to conclude that the distribution of the days people order food for delivery Click to select your answer(s). A research firm claims that the distribution of the days of the week that people are most likely to order food for delivery is different from the distribution shown in the pie chart. You randomly select 478 people and record which day of the week each is most likely to order food for delivery. The table to the right shows the results. At a = 0.05, test the research firm's claim. Click the icon for the pie chart of the distribution. State Ho and H, and identify the claim. Ho: The distribution of the days people order food for delivery H: The distribution of the Sunday Monday Tuesday Day Frequency, f 44 18 20 Wednesday 40 Thursday 45 Friday Saturday 161 150 Which hypothesis is the 0 Ho Ha Calculate the test statisti 2 =(Round to three Determine the P-value. P= =(Round to three Decide whether to reject Ho-At the people order food for del Graph/Chart Click to select your answer(s). Food at your door Sunday 7% Monday 5% Print Done Tuesday 6% I Wednesday 12% Thursday 11% Friday 37% Saturday 22% t of the original claim, distribution of the days A research firm claims that the distribution of the days of the week that people are most likely to order food for delivery is different from the distribution shown in the pie chart. You randomly select 478 people and record which day of the week each is most likely to order food for delivery. The table to the right shows the results. At a 0.05, test the research firm's claim. Click the icon for the pie chart of the distribution. State Ho and H, and identify the claim. Ho: The distribution of the days people order food for delivery H: The distribution of the days people order food for delivery Which hypothesis is the claim? O Ho O Ha Calculate the test statistic. x=(Round to three decimal places as needed.) Determine the P-value. P= (Round to three decimal places as needed.) is uniform. Sunday Monday Tuesday Day Frequency, f D 44 18 20 Wednesday 40 Thursday 45 Friday 161 Saturday 150 differs from the expected distribution. is as shown in the pie chart. Decide whether to reject or fail to reject the null hypothesis. Then interpret the decision in the context of the original claim. Ho. At the 5% significance level, there enough evidence to conclude that the distribution of the days people order food for delivery Click to select your answer(s). A research firm claims that the distribution of the days of the week that people are most likely to order food for delivery is different from the distribution shown in the pie chart. You randomly select 478 people and record which day of the week each is most likely to order food for delivery. The table to the right shows the results. At a = 0.05, test the research firm's claim. Click the icon for the pie chart of the distribution. State Ho and H, and identify the claim. Ho: The distribution of the days people order food for delivery H: The distribution of the Sunday Monday Tuesday Day Frequency, f 44 18 20 Wednesday 40 Thursday 45 Friday Saturday 161 150 Which hypothesis is the 0 Ho Ha Calculate the test statisti 2 =(Round to three Determine the P-value. P= =(Round to three Decide whether to reject Ho-At the people order food for del Graph/Chart Click to select your answer(s). Food at your door Sunday 7% Monday 5% Print Done Tuesday 6% I Wednesday 12% Thursday 11% Friday 37% Saturday 22% t of the original claim, distribution of the days