6. Nine subjects were used in an experiment to determine if exposure to carbon monoxide has an impact on breathing capability. The data were collected by personnel in the Health and Physical Education Department at Virginia Tech and were analyzed in the Statistics Consulting Center at Hokie Land. The sub- jects were exposed to breathing chambers, one of which contained a high concentration of CO. Breathing frequency measures were made for each subject for each chamber. The subjects were exposed to the breathing chambers in random sequence. The data give the breathing frequency, in number of breaths taken per minute. Make a one-sided test of the hypothesis that mean breathing frequency is the same for the two environments. Use a = 0.05. Assume that breathing frequency is approximately normal. Subject With CO Without CO 1 30 30 2 45 40 3 26 25 4 25 23 34 30 6 51 49 7 46 41 8 32 35 9 30 28

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Hypothesis Testing
6. Nine subjects were used in an experiment to
determine if exposure to carbon monoxide has an
impact on breathing capability. The data were
collected by personnel in the Health and Physical
Education Department at Virginia Tech and were
analyzed in the Statistics Consulting Center at Hokie
Land. The sub- jects were exposed to breathing
chambers, one of which contained a high
concentration of CO. Breathing frequency measures
were made for each subject for each chamber. The
subjects were exposed to the breathing chambers in
random sequence. The data give the breathing
frequency, in number of breaths taken per minute. Make a one-sided test of the hypothesis that
mean breathing frequency is the same for the two environments. Use a = 0.05. Assume that
breathing frequency is approximately normal.
Subject
With CO
Without CO
30
30
2
45
40
3
26
25
4
25
23
34
30
6
51
49
7
46
41
8
32
35
9
30
28
Transcribed Image Text:6. Nine subjects were used in an experiment to determine if exposure to carbon monoxide has an impact on breathing capability. The data were collected by personnel in the Health and Physical Education Department at Virginia Tech and were analyzed in the Statistics Consulting Center at Hokie Land. The sub- jects were exposed to breathing chambers, one of which contained a high concentration of CO. Breathing frequency measures were made for each subject for each chamber. The subjects were exposed to the breathing chambers in random sequence. The data give the breathing frequency, in number of breaths taken per minute. Make a one-sided test of the hypothesis that mean breathing frequency is the same for the two environments. Use a = 0.05. Assume that breathing frequency is approximately normal. Subject With CO Without CO 30 30 2 45 40 3 26 25 4 25 23 34 30 6 51 49 7 46 41 8 32 35 9 30 28
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