>Question 11A random sample of size 40 yields a standard deviation of 6. At a = 0.10, test the claim that thepopulation standard deviation is not 4.1. The alternate hypothesis is Ha:Οσ#6Oo + 42. This is a OleftO twoO right tailed test with d.f. =3a. The STS (to 2 decimals) is X3b. The P-value (to 3 decimals) is:4a. At a = 0.10, the decision is:O Accept HoO Do not reject HoO Reject HoO Accept Ha4b. The conclusion is:O There is insufficient evidence to support the claim that population standard deviation is not 4O There is sufficient evidence to support the claim that population standard deviation is not 4O There is sufficient evidence to reject the claim that population standard deviation is not 4OThere is insufficient evidence to reject the claim that population standard is not 4MacBook AirF2F3000F4F5F6F7F8F92$&35

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Description: >Question 11A random sample of size 40 yields a standard deviation of 6. At a = 0.10, test the claim that thepopulation standard deviation is not 4.1. The alternate hypothesis is Ha:Οσ#6Oo + 42. This is a OleftO twoO right tailed test with d.f. =3a.

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A random sample of size 40 yields a standard deviation of 6. At a = 0.10, test the claim that the population standard deviation is not 4. 1. The alternate hypothesis is Ha: Oo +6 Οσ4 2. This is a OleftƆ twoO right tailed test with d.f. = 3a. The STS (to 2 decimals) is X %3D 3b. The P-value (to 3 decimals) is: 4a. At a = 0.10, the decision is: O Accept Ho O Do not reject Ho Reject Ho Accept Ha 4b. The conclusion is: There is insufficient evidence to support the claim that population standard deviation is not 4 There is sufficient evidence to support the claim that population standard deviation is not 4 O There is sufficient evidence to reject the claim that population standard deviation is not 4 O There is insufficient evidence to reject the claim that population standard is not 4

A random sample of size 40 yields a standard deviation of 6. At a = 0.10, test the claim that the population standard deviation is not 4. 1. The alternate hypothesis is Ha: Oo +6 Οσ4 2. This is a OleftƆ twoO right tailed test with d.f. = 3a. The STS (to 2 decimals) is X %3D 3b. The P-value (to 3 decimals) is: 4a. At a = 0.10, the decision is: O Accept Ho O Do not reject Ho Reject Ho Accept Ha 4b. The conclusion is: There is insufficient evidence to support the claim that population standard deviation is not 4 There is sufficient evidence to support the claim that population standard deviation is not 4 O There is sufficient evidence to reject the claim that population standard deviation is not 4 O There is insufficient evidence to reject the claim that population standard is not 4

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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