An article in the Journal of Sound and Vibration (Vol, 151, 1991, pp. 383-394) described a study investigating the relationship between noise exposure and hypertension. The following data are representative of those reported in the article. 1 60 5 85 0 63 4 89 1 65 6 90 2 70 8 90 5 70 4 90 1 70 5 90 4 80 7 94 6 90 9 100 2 80 7 100 3 80 6 100 Fit a linear regression model releting blood pressure rise in millimeters of mercury (v) to sound pressure level in decibels (x) using least squares. Does a simple linear regression model seem reasonable in this situation? What are the least squares estimate of the intercept? Does a simple linear regression model (intercept) seem reasonable in this situation? Input Yes or No. Blank 1 What are the least squares estimate of the intercept? Input answer up to 3 decimal places, i.e, 0.000. Blank 2 Blank 1 Add your answer

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Question 2
An article in the Journal of Sound and Vibration (Vol. 151, 1991, pp. 383-394) described a study investigating the relationship between noise
exposure and hypertension. The following data are representative of those reported in the article.
...
1 60 5 85
0 63 4 89
1 65 6 90
2 70 8 90
5 70 4 90
1 70 5 90
4 80 7 94
6 90 9 100
2 80 7 100
3 80 6 100
Fit a linear regression model relating blood pressure rise in millimeters of mercury (y) to sound pressure level in decibels (x) using least
squares.
Does a simple linear regression model seem reasonable in this situation? What are the least squares estimate of the intercept?
Does a simple linear regression model (intercept) seem reasonable in this situation? Input Yes or No.
Blank 1
What are the least squares estimate of the intercept? Input answer up to 3 decimal places, i.e., 0.000.
Blank 2
Blank 1 Add your answer
Blank 2
Add your answer
Transcribed Image Text:Question 2 An article in the Journal of Sound and Vibration (Vol. 151, 1991, pp. 383-394) described a study investigating the relationship between noise exposure and hypertension. The following data are representative of those reported in the article. ... 1 60 5 85 0 63 4 89 1 65 6 90 2 70 8 90 5 70 4 90 1 70 5 90 4 80 7 94 6 90 9 100 2 80 7 100 3 80 6 100 Fit a linear regression model relating blood pressure rise in millimeters of mercury (y) to sound pressure level in decibels (x) using least squares. Does a simple linear regression model seem reasonable in this situation? What are the least squares estimate of the intercept? Does a simple linear regression model (intercept) seem reasonable in this situation? Input Yes or No. Blank 1 What are the least squares estimate of the intercept? Input answer up to 3 decimal places, i.e., 0.000. Blank 2 Blank 1 Add your answer Blank 2 Add your answer
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