The air conditioning in your car is breaking down, and over the summer it takes longer and longer to cool down. You begin to gather data on randomly chosen days to test how long it takes. In your experience, the outdoor temperature (measured in degrees Fahrenheit) has something to do with the number of minutes it takes for your car to cool down to a comfortable temperature. The graph here shows the data you collected, which you use to create a linear model in R.      Coefficients:   Estimate Std Err t-value p-value (Intercept) 1.829 8.4707 0.2159 0.83148 temperature 0.1256 0.0935 1.3432 0.19591      Residual standard error: 1.7082 on 18 degrees of freedom      R-squared: 0.0911, Adjusted R-squared: 0.0406      F-statistic: 1.8041 on 1 and 18 DF, p-value: 0.19591 a) What is the equation of the regression line? Use x and y for your variables.    How do you interpret the slope of the regression line? What about the intercept?

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The air conditioning in your car is breaking down, and over the summer it takes longer and longer to cool down. You begin to gather data on randomly chosen days to test how long it takes. In your experience, the outdoor temperature (measured in degrees Fahrenheit) has something to do with the number of minutes it takes for your car to cool down to a comfortable temperature. The graph here shows the data you collected, which you use to create a linear model in R.


     Coefficients:
  Estimate Std Err t-value p-value
(Intercept) 1.829 8.4707 0.2159 0.83148
temperature 0.1256 0.0935 1.3432 0.19591

     Residual standard error: 1.7082 on 18 degrees of freedom
     R-squared: 0.0911, Adjusted R-squared: 0.0406
     F-statistic: 1.8041 on 1 and 18 DF, p-value: 0.19591


a) What is the equation of the regression line? Use x and y for your variables.   

How do you interpret the slope of the regression line? What about the intercept?

 

n Course: MATH 120 - Section B - CX
M MyOpenMath
b My Questions | bartleby
M Verify your email address - sparta
+
myopenmath.com/assess2/?cid=84713&aid=6064672#/skip/5
O 1hr20mins X
The air conditioning in your car is breaking down, and over the summer it takes longer and longer to cool
down. You begin to gather data on randomly chosen days to test how long it takes. In your experience, the
outdoor temperature (measured in degrees Fahrenheit) has something to do with the number of minutes it
takes for your car to cool down to a comfortable temperature. The graph here shows the data you
collected, which you use to create a linear model in R.
17
16
15
90
95
Outdoor Temperature (F) Q
Coefficients:
Estimate
Std Err
t-value
p-value
(Intercept)
temperature
1.829
8.4707
0.2159
0.83148
0.1256
0.0935
1.3432
0.19591
Residual standard error: 1.7082 on 18 degrees of freedom
R-squared: 0.0911, Adjusted R-squared: 0.0406
F-statistic: 1.8041 on 1 and 18 DF, p-value: 0.19591
a) What is the equation of the regression line? Use x and y for your variables.
How do you interpret the slope of the regression line? What about the intercept?
Add Werk
...
Cooling Time (min)
Transcribed Image Text:n Course: MATH 120 - Section B - CX M MyOpenMath b My Questions | bartleby M Verify your email address - sparta + myopenmath.com/assess2/?cid=84713&aid=6064672#/skip/5 O 1hr20mins X The air conditioning in your car is breaking down, and over the summer it takes longer and longer to cool down. You begin to gather data on randomly chosen days to test how long it takes. In your experience, the outdoor temperature (measured in degrees Fahrenheit) has something to do with the number of minutes it takes for your car to cool down to a comfortable temperature. The graph here shows the data you collected, which you use to create a linear model in R. 17 16 15 90 95 Outdoor Temperature (F) Q Coefficients: Estimate Std Err t-value p-value (Intercept) temperature 1.829 8.4707 0.2159 0.83148 0.1256 0.0935 1.3432 0.19591 Residual standard error: 1.7082 on 18 degrees of freedom R-squared: 0.0911, Adjusted R-squared: 0.0406 F-statistic: 1.8041 on 1 and 18 DF, p-value: 0.19591 a) What is the equation of the regression line? Use x and y for your variables. How do you interpret the slope of the regression line? What about the intercept? Add Werk ... Cooling Time (min)
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