Example 3: Alexis has a lengthy commute to work each day. There are two main routes that she takes on her way to work and they both average 40 minutes. Alexis likes to be able to predict how long before work she needs to leave in order to make it on time, and since both routes take the same average amount of time, she was interested in determining whether or not one route was more consistent with its timing. So she recorded how long it took her to drive to work 20 times total (Data shown below). Carry out an appropriate hypothesis test at the a = to determine if one route yields more consistent times than the other. 0.05 level %3D Route 1 41 42 41.5 40.5 41 40.5 40 39 40 42 Route 2 37 36 39 38 37 40 44 41 43 38 Standard Deviation Sample Size Route 1 0.950 10 Route 2 2.669 10

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Example 3: Alexis has a lengthy commute to work each day. There are two main routes that she
takes on her way to work and they both average 40 minutes. Alexis likes to be able to predict
how long before work she needs to leave in order to make it on time, and since both routes take
the same average amount of time, she was interested in determining whether or not one route
was more consistent with its timing. So she recorded how long it took her to drive to work 20
times total (Data shown below). Carry out an appropriate hypothesis test at the a =
to determine if one route yields more consistent times than the other.
0.05 level
%3D
Route 1
41
42
41.5
40.5
41
40.5
40
39
40
42
Route 2
37
36
39
38
37
40
44
41
43
38
Standard Deviation
Sample Size
Route 1
0.950
10
Route 2
2.669
10
Transcribed Image Text:Example 3: Alexis has a lengthy commute to work each day. There are two main routes that she takes on her way to work and they both average 40 minutes. Alexis likes to be able to predict how long before work she needs to leave in order to make it on time, and since both routes take the same average amount of time, she was interested in determining whether or not one route was more consistent with its timing. So she recorded how long it took her to drive to work 20 times total (Data shown below). Carry out an appropriate hypothesis test at the a = to determine if one route yields more consistent times than the other. 0.05 level %3D Route 1 41 42 41.5 40.5 41 40.5 40 39 40 42 Route 2 37 36 39 38 37 40 44 41 43 38 Standard Deviation Sample Size Route 1 0.950 10 Route 2 2.669 10
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