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Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value? Ha: u(new) = u(competition), and p-value ~0.000. Ha: Pnew > Pcompetition, and p-value 0.010. a: u(new) < u(competition) and p-value ~1.000. : u(new) <> u(competitive) and p-value ~0.000. u(new) > u(competition) and p-value ~0.000.

Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value? Ha: u(new) = u(competition), and p-value ~0.000. Ha: Pnew > Pcompetition, and p-value 0.010. a: u(new) < u(competition) and p-value ~1.000. : u(new) <> u(competitive) and p-value ~0.000. u(new) > u(competition) and p-value ~0.000.

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter11: Data Analysis And Probability
Section11.3: Using Data Displays
Problem 2C
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We manufacture golf balls. Our Research & Development team has been working on a new ball that they claim will be longer than the competition's for the average golfer. Subsequent trials tested 100 of the new balls versus the competition with the results; Results: Xcomp = 248, Scomp= 5, Xnew = 255, Snew= 5 Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value? O Ha: u(new) = u(competition), and p-value ~0.000. O Ha: Pnew > Pcompetition, and p-value 0.010. O Ha: u(new) < u(competition) and p-value ~1.000. O Ha: u(new) <> u(competitive) and p-value ~0.000. Ha: u(new) > u(competition) and p-value ~0.000.
Transcribed Image Text:We manufacture golf balls. Our Research & Development team has been working on a new ball that they claim will be longer than the competition's for the average golfer. Subsequent trials tested 100 of the new balls versus the competition with the results; Results: Xcomp = 248, Scomp= 5, Xnew = 255, Snew= 5 Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value? O Ha: u(new) = u(competition), and p-value ~0.000. O Ha: Pnew > Pcompetition, and p-value 0.010. O Ha: u(new) < u(competition) and p-value ~1.000. O Ha: u(new) <> u(competitive) and p-value ~0.000. Ha: u(new) > u(competition) and p-value ~0.000.
We manufacture golf balls. Our Research & Development team has been working on a new ball that they claim will be longer than the competition's for the average golfer. Subsequent trials tested 100 of the new balls versus the competition with the results; Results: Xcomp = 248, 248, Scomp= Scomp= 5, Xnew 5, Xnew = 255, Snew- 5 O Ha: u(new) = u(competition), and p-value ~0.000. O Ha: Pnew > Pcompetition, and p-value 0.010. O Ha: u(new) < u(competition) and p-value ~1.000. O Ha: u(new) <> u(competitive) and p-value -0.000. O Ha: u(new) > u(competition) and p-value ~0.000. Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value?
Transcribed Image Text:We manufacture golf balls. Our Research & Development team has been working on a new ball that they claim will be longer than the competition's for the average golfer. Subsequent trials tested 100 of the new balls versus the competition with the results; Results: Xcomp = 248, 248, Scomp= Scomp= 5, Xnew 5, Xnew = 255, Snew- 5 O Ha: u(new) = u(competition), and p-value ~0.000. O Ha: Pnew > Pcompetition, and p-value 0.010. O Ha: u(new) < u(competition) and p-value ~1.000. O Ha: u(new) <> u(competitive) and p-value -0.000. O Ha: u(new) > u(competition) and p-value ~0.000. Test the hypothesis at the 5% alpha level. What is your alternative hypothesis and p-value?
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