In an attempt to develop a model of wine quality as judged by wine experts, data was collected from 50 red wine variants of a certain type of wine. A multiple linear regression model to predict wine quality, measured on a scale from 0 (very bad) to 10 (excellent) was developed, based on alcohol content (%), X,, and the amount of chlorides, X2. Performa multiple regression analysis and determine the VIF for each independent variable in the model. Is there reason to suspect the existence of collinearity? E Click the icon to view the data table.

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In an attempt to develop a model of wine quality as judged by wine experts, data was collected from 50 red wine variants of a certain type of wine. A multiple linear regression model to predict wine quality, measured on a scale from 0 (very bad) to 10
(excellent) was developed, based on alcohol content (%), X1, and the amount of chlorides, X,. Perform a multiple regression analysis and determine the VIF for each independent variable in the model. Is there reason to suspect the existence of
collinearity?
Click the icon to view the data table.
Determine the VIF for each independent variable in the model, with VIF, and VIF, being the VIF for X, and X,, respectively.
VIF1
VIF2
%3D
(Round to two decimal places as needed.)
Transcribed Image Text:In an attempt to develop a model of wine quality as judged by wine experts, data was collected from 50 red wine variants of a certain type of wine. A multiple linear regression model to predict wine quality, measured on a scale from 0 (very bad) to 10 (excellent) was developed, based on alcohol content (%), X1, and the amount of chlorides, X,. Perform a multiple regression analysis and determine the VIF for each independent variable in the model. Is there reason to suspect the existence of collinearity? Click the icon to view the data table. Determine the VIF for each independent variable in the model, with VIF, and VIF, being the VIF for X, and X,, respectively. VIF1 VIF2 %3D (Round to two decimal places as needed.)
*15.3.17-T
Red Wines
In an attempt to develop a model of wine quality as judged by wine expe
(excellent) was developed, based on alcohol content (%), X1, and the a
t L
th
collinearity?
Click the icon to view the data table.
Alcohol
Alcohol
Quality
Content (%)
Chlorides
Quality
7
Content (%)
Chlorides
Determine the VIF for each independent variable in the model, with VIF
6.
9.4
0.075
11.8
0.080
13.3
10.0
0.059
11.1
0.086
0.072
10.7
0.078
VIF,
7
11.0
11.9
0.089
12.9
8.3
0.083
VIF, =
(Round to two decimal places as needed.)
8
0.076
0.083
9.4
0.080
13.7
0.068
8
9.5
9.2
9.8
11.0
12.2
0.100
8
11.0
0.067
0.077
7
9.7
0.057
7
0.073
8.
10.0
0.083
4
0.077
13.2
0.077
0.071
0.071
0.103
4
11.2
9.5
0.067
4
8.7
10.0
8.8
11.0
11.3
0.071
9.1
0.074
0.092
4
9.6
0.061
0.176
7
9.5
0.096
0.083
7
0.073
8
12.2
12.3
0.073
2
11.7
0.153
4
10.3
0.074
10.7
0.152
11.1
0.062
3
9.8
0.096
10.6
0.072
11.6
0.072
10.8
0.054
10.6
0.066
7
8.1
0.088
10
8.6
0.060
7
11.1
0.066
4
9.9
0.266
11.4
0.106
15.5
0.040
13.4
0.084
4
9.3
0.094
Print
Done
Transcribed Image Text:*15.3.17-T Red Wines In an attempt to develop a model of wine quality as judged by wine expe (excellent) was developed, based on alcohol content (%), X1, and the a t L th collinearity? Click the icon to view the data table. Alcohol Alcohol Quality Content (%) Chlorides Quality 7 Content (%) Chlorides Determine the VIF for each independent variable in the model, with VIF 6. 9.4 0.075 11.8 0.080 13.3 10.0 0.059 11.1 0.086 0.072 10.7 0.078 VIF, 7 11.0 11.9 0.089 12.9 8.3 0.083 VIF, = (Round to two decimal places as needed.) 8 0.076 0.083 9.4 0.080 13.7 0.068 8 9.5 9.2 9.8 11.0 12.2 0.100 8 11.0 0.067 0.077 7 9.7 0.057 7 0.073 8. 10.0 0.083 4 0.077 13.2 0.077 0.071 0.071 0.103 4 11.2 9.5 0.067 4 8.7 10.0 8.8 11.0 11.3 0.071 9.1 0.074 0.092 4 9.6 0.061 0.176 7 9.5 0.096 0.083 7 0.073 8 12.2 12.3 0.073 2 11.7 0.153 4 10.3 0.074 10.7 0.152 11.1 0.062 3 9.8 0.096 10.6 0.072 11.6 0.072 10.8 0.054 10.6 0.066 7 8.1 0.088 10 8.6 0.060 7 11.1 0.066 4 9.9 0.266 11.4 0.106 15.5 0.040 13.4 0.084 4 9.3 0.094 Print Done
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