An engineer tested nine samples of each of three designs of a certain bearing for a new electrical winch. The following data are the number of hours it took for each bearing to fail when the winch motor was run continuously at maximum output, with a load on the winch equivalent to 1,9 times the intended capacity. A 16 16 53 21 17 25 30 21 45 Design B 18 27 34 34 32 19 34 17 43 C 21 17 23 32 21 18 21 28 19 Which design is the best and why?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter2: Equations And Inequalities
Section2.7: More On Inequalities
Problem 44E
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An engineer tested nine samples of each of three designs of a certain bearing for
a new electrical winch. The following data are the number of hours it took for
each bearing to fail when the winch motor was run continuously at maximum
output, with a load on the winch equivalent to 1,9 times the intended capacity.
A 16 16 53 21 17 25 30 21 45
Design B 18 27 34 34 32 19 34 17 43
C 21 17 23 32
21
18
21
28
19
Which design is the best and why?
00
Transcribed Image Text:An engineer tested nine samples of each of three designs of a certain bearing for a new electrical winch. The following data are the number of hours it took for each bearing to fail when the winch motor was run continuously at maximum output, with a load on the winch equivalent to 1,9 times the intended capacity. A 16 16 53 21 17 25 30 21 45 Design B 18 27 34 34 32 19 34 17 43 C 21 17 23 32 21 18 21 28 19 Which design is the best and why? 00
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