The Minitab output shown below was obtained by using paired data consisting of weights (in lb) of 32 cars and their highway fuel consumption amounts (in mi/gal). Along with the paired sample data, Minitab was also given a car weight of 5000 lb to be used for predicting the highway fuel consumption amount. Use the information provided in the display to determine the value of the linear correlation coefficient. (Be careful to correctly identify the sign of the correlation coefficient.) Given that there are 32 pairs of data, is there sufficient evidence to support a claim of linear correlation between the weights of cars and their highway fuel consumption amounts? View the Minitab display. ( Minitab output attached)
The Minitab output shown below was obtained by using paired data consisting of weights (in lb) of 32 cars and their highway fuel consumption amounts (in mi/gal). Along with the paired sample data, Minitab was also given a car weight of 5000 lb to be used for predicting the highway fuel consumption amount. Use the information provided in the display to determine the value of the linear correlation coefficient. (Be careful to correctly identify the sign of the correlation coefficient.) Given that there are 32 pairs of data, is there sufficient evidence to support a claim of linear correlation between the weights of cars and their highway fuel consumption amounts? View the Minitab display. ( Minitab output attached)
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Question #13
The Minitab output shown below was obtained by using paired data consisting of weights (in lb) of 32 cars and their highway fuel consumption amounts (in mi/gal). Along with the paired sample data, Minitab was also given a car weight of 5000 lb to be used for predicting the highway fuel consumption amount. Use the information provided in the display to determine the value of the linear correlation coefficient . (Be careful to correctly identify the sign of the correlation coefficient.) Given that there are 32 pairs of data, is there sufficient evidence to support a claim of linear correlation between the weights of cars and their highway fuel consumption amounts?
( Minitab output attached)
The linear correlation coefficient is___________.
(Round to three decimal places as needed.)
Is there sufficient evidence to support a claim of linear correlation?
A. No
B. Yes
Transcribed Image Text:Minitab output
The regression equation is
Highway = 50.7 - 0.00553 Weight
Predictor
Constant
Weight
Coef
SE Coef
2.774
0.0007834
P
50.672
17.89
0.000
-0.0055327
7.33
0.000
S-2.11135
R-Sq 66 6%
R-Sq(adj)= 64.3%
Predicted Values for New Observations
New
Obs
Fit
SE Fit
95% CI
95% PI
(18.411, 27.607)
11
23.009
0.529
(22.007, 24.011)
Values of Predictors for New Observations
New
Obs
Weight
5000
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