the life of two brands of canned tires durability is a feature of interest to the manufacturer. Eight brand 1 tires and six brand 2 tires were tested. Customers prefer tires with high levels of life. The data below shows the life for both brands, in thousands of kilometers. (Image) a) Test the hypothesis of equality of variances for the life of the two tire brands. This is a two-sided (bilateral) test. Use an α = 0.05. b) Test the hypothesis of equality of means for the life of the two tire brands. Use α = 0.05. Which tire brands would you buy, if the price is the same?
the life of two brands of canned tires durability is a feature of interest to the manufacturer. Eight brand 1 tires and six brand 2 tires were tested. Customers prefer tires with high levels of life. The data below shows the life for both brands, in thousands of kilometers. (Image) a) Test the hypothesis of equality of variances for the life of the two tire brands. This is a two-sided (bilateral) test. Use an α = 0.05. b) Test the hypothesis of equality of means for the life of the two tire brands. Use α = 0.05. Which tire brands would you buy, if the price is the same?
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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the life of two brands of canned tires durability is a feature of interest to the manufacturer. Eight brand 1 tires and six brand 2 tires were tested. Customers prefer tires with high levels of life. The data below shows the life for both brands, in thousands of kilometers.
(Image)
a) Test the hypothesis of equality of variances for the life of the two tire brands. This is a two-sided (bilateral) test. Use an α = 0.05.
b) Test the hypothesis of equality of means for the life of the two tire brands. Use α = 0.05.
Which tire brands would you buy, if the price is the same?
Transcribed Image Text:Brand 1
107
109
95
120
117
96
109
114
Brand 2
139
127
125
129
124
115
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