4b. The conclusion is:O There is sufficient evidence to conclude that not all means are equalO There is insufficient evidence to conclude that not all means are equalO There is sufficient evidence to conclude that all the means are equalOThere is insSufficient evidence to conclude that all the means are equalSubmit QuestionMacBook Air Question 11>x1x2x31614221815181122151021181915201915Test at a = 0.05 to determine if the population means are all the same.1. The null hypothesis is Ho:O µi = µ2 = H3 = H4Oµ1 = µ2 = H3 = H4 = µ5O Hi = µ2 = H32. This is a right tailed test with:d.f.n =and d.f.d =3a. The STS (to 2 decimals) is F =3b. The P-value (to 3 decimals) is:4a. At a = 0.05, the decision is:O Reject HoO Do not reject HoAccept HoO Accept HaMacBook Air

Name: 4b. The conclusion is:O There is sufficient evidence to conclude that
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Description: 4b. The conclusion is:O There is sufficient evidence to conclude that not all means are equalO There is insufficient evidence to conclude that not all means are equalO There is sufficient evidence to conclude that all the means are equalOThere is in

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x1 x2 x3 16 14 22 18 15 18 11 22 15 10 21 18 19 15 20 19 15 Test at a = 0.05 to determine if the population means are all the same. %3D 1. The null hypothesis is Ho: %3D Oµ1 = #2 = H3 = H4 = H5 O µi = H2 == #3 %3D 2. This is a right tailed test with: d.f.n = and d.f.d% = %3D %3D 3a. The STS (to 2 decimals) is F = 3b. The P-value (to 3 decimals) is: 4a. At a = 0.05, the decision is: O Reject Ho Do not reject Ho O Accept Ho Accept Ha

x1 x2 x3 16 14 22 18 15 18 11 22 15 10 21 18 19 15 20 19 15 Test at a = 0.05 to determine if the population means are all the same. %3D 1. The null hypothesis is Ho: %3D Oµ1 = #2 = H3 = H4 = H5 O µi = H2 == #3 %3D 2. This is a right tailed test with: d.f.n = and d.f.d% = %3D %3D 3a. The STS (to 2 decimals) is F = 3b. The P-value (to 3 decimals) is: 4a. At a = 0.05, the decision is: O Reject Ho Do not reject Ho O Accept Ho Accept Ha

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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According to shopper data, 97% of households purchase toilet paper. An analyst believes this is too low. To investigate, the analyst selects a random sample of 500 households and finds that 98% of them purchase toilet paper. Do these data provide convincing statistical evidence at the α = 0.05 level to conclude that the true proportion of all households that purchase toilet paper differs from 0.97? Complete the “State” step for this test. H0: p = Ha: p where p = the true proportion of all that .
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I need assitance with how the answers in the table were conducted. And how to calculate the residuals uA and uB and add them to the table. SSR All Answers are provided and correct.
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