At the 1% significance level, test the claim that the actual distribution of hours of exercise per week is different than people's perception.

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Chapter1: Starting With Matlab
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Test the claim of the actual distribution. Draw a bell shaped curve using the classical or p vaule approach.
A kinesiologist wishes to determine whether the actual number of hours Americans
exercise each week follows his clients' perception. Several clients were asked what they expected the
distribution of the number of hours of exercise per week by a sample of 120 people is, with the results
shown in the given table. Additionally, a random sample of 120 people yielded an actual (observed)
distribution of hours of exercise per week and is also displayed in the table.
Expected
Hours Exercised
< 1
1-3
3-5
5-7
>7
Observed
44
29
24
15
8
51
38
16
10
5
At the 1% significance level, test the claim that the actual distribution of hours of exercise per week is
different than people's perception.
Transcribed Image Text:A kinesiologist wishes to determine whether the actual number of hours Americans exercise each week follows his clients' perception. Several clients were asked what they expected the distribution of the number of hours of exercise per week by a sample of 120 people is, with the results shown in the given table. Additionally, a random sample of 120 people yielded an actual (observed) distribution of hours of exercise per week and is also displayed in the table. Expected Hours Exercised < 1 1-3 3-5 5-7 >7 Observed 44 29 24 15 8 51 38 16 10 5 At the 1% significance level, test the claim that the actual distribution of hours of exercise per week is different than people's perception.
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