1) A random sample of 160 car purchases are selected and categorized by age. The results are listed below. The age distribution of drivers for the given categories is 18% for the under 26 group, 39% for the 26-45 group, 31% for the 46-65 group, and 12% for the group over 65. Test the claim that all ages have purchase rates proportional to their driving rates. Use a = 0.05. 46 - 65 25 Under 26 26 - 45 Over 65 Age Purchases 66 39 30
1) A random sample of 160 car purchases are selected and categorized by age. The results are listed below. The age distribution of drivers for the given categories is 18% for the under 26 group, 39% for the 26-45 group, 31% for the 46-65 group, and 12% for the group over 65. Test the claim that all ages have purchase rates proportional to their driving rates. Use a = 0.05. 46 - 65 25 Under 26 26 - 45 Over 65 Age Purchases 66 39 30
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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Transcribed Image Text:Completed projects should include:
Ho & Ha ,
alpha
Test Statistic,
P-value or Critical Value,
Conclusion,
Statements that identifies Type 1 error and Type 11 errors for the givine problem.
if testing for a linear regression, make sure to include a confidence interval for the information provided
and statement as to whether the confidence interval supports the results of you hypothesis test.
Provide an appropriate response.
1) A random sample of 160 car purchases are selected and categorized by age. The results are
listed below. The age distribution of drivers for the given categories is 18% for the under
26 group, 39% for the 26-45 group, 31% for the 46-65 group, and 12% for the group over
65. Test the claim that all ages have purchase rates proportional to their driving rates. Use
a = 0.05.
Age
Under 26
26 - 45
46 - 65
Over 65
Purchases
66
39
25
30
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