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less than 0.62 at the a-.10 level of significance. x e following X + tleby.com/questions-a... Q✰ □: : ing the hypothesis HO: π = 0.62 vs Ha: < 0.62, which of the following is the correct conclusion if one were to fail to reject the null hypothesis? There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71.

less than 0.62 at the a-.10 level of significance. x e following X + tleby.com/questions-a... Q✰ □: : ing the hypothesis HO: π = 0.62 vs Ha: < 0.62, which of the following is the correct conclusion if one were to fail to reject the null hypothesis? There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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It is conjectured that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. Of interest is to test this claim versus the alternative that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. A simple random sample of 270 people who went trick-or-treating is selected, and 162 of them also had a pumpkin carved into a jack-o'-lantern at their home (and the other 108 did not). If appropriate, use this information to test if the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62 at the α = .10 level of significance. red: Which of the following X x bartleby.com/questions-a... Q ☆ □ : ⠀ Using the hypothesis HO: π = 0.62 vs Ha: π < 0.62, which of the following is the correct conclusion if one were to fail to reject the null hypothesis? There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of I people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71.
Transcribed Image Text:It is conjectured that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. Of interest is to test this claim versus the alternative that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. A simple random sample of 270 people who went trick-or-treating is selected, and 162 of them also had a pumpkin carved into a jack-o'-lantern at their home (and the other 108 did not). If appropriate, use this information to test if the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62 at the α = .10 level of significance. red: Which of the following X x bartleby.com/questions-a... Q ☆ □ : ⠀ Using the hypothesis HO: π = 0.62 vs Ha: π < 0.62, which of the following is the correct conclusion if one were to fail to reject the null hypothesis? There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.58. There is sufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.62. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.62. There is sufficient evidence that the proportion of I people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is less than 0.71. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is greater than 0.58. There is insufficient evidence that the proportion of all people who went trick-or-treating who also had a pumpkin carved into a jack-o'-lantern at their home is 0.71.
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