File Edit Help Tables Rows Coh DOE Analyre Graph Took Yes, the data is numerical so this condition is met Bivariate Fit of Total Nuclear Power Generation By Yea 20000000 Question 8 60000000- The data set "nuclear power generation_total" shows total nuclear power generation 40000000- worldwide over time. Using this data set and JMP perform a simple linear regression, 20000000 Does this data set meet the linearity condition? Why or why not? No, there appears to be a linear pattern in the plot of x vs. y. 1960 1970 1980 Year 1990 2000 20 O No, there appears to be a pattern in the residual plot Linear Ft Lincar Fit O Yes, this condition is met Total Nuclear Power Generation-3 497e-9-17795763Yeer 4 Summary of Fit O No, there is a funnel shaoc in the residual plot RSquare RSquare Adi Root Mean Square Eror 0.962018 0.961258 $412067 Question 9 UDIvariate Fit of Total Nuclear Power Generation By Year Linear Fit Parameter Estimates Diagnostics Plots 4 Residual by Predicted Plot 10000000 5000000 -5000000 -10000000 20000000 40000000 60000000 80000000 Total Nuclear Power Generation Predicted Actual by Predicted Plot 80000000 *****. 60000000 40000000 20000000 20000000 40000000 60000000 80000000 Total Nuclear Power Generation Predicted Residual by Row Plot 10000000 5000000 -5000000- al Nuclear Power neration Residual Total Nuclear Power Generation Actual Total Nuclear Power Generation Residual * ****
File Edit Help Tables Rows Coh DOE Analyre Graph Took Yes, the data is numerical so this condition is met Bivariate Fit of Total Nuclear Power Generation By Yea 20000000 Question 8 60000000- The data set "nuclear power generation_total" shows total nuclear power generation 40000000- worldwide over time. Using this data set and JMP perform a simple linear regression, 20000000 Does this data set meet the linearity condition? Why or why not? No, there appears to be a linear pattern in the plot of x vs. y. 1960 1970 1980 Year 1990 2000 20 O No, there appears to be a pattern in the residual plot Linear Ft Lincar Fit O Yes, this condition is met Total Nuclear Power Generation-3 497e-9-17795763Yeer 4 Summary of Fit O No, there is a funnel shaoc in the residual plot RSquare RSquare Adi Root Mean Square Eror 0.962018 0.961258 $412067 Question 9 UDIvariate Fit of Total Nuclear Power Generation By Year Linear Fit Parameter Estimates Diagnostics Plots 4 Residual by Predicted Plot 10000000 5000000 -5000000 -10000000 20000000 40000000 60000000 80000000 Total Nuclear Power Generation Predicted Actual by Predicted Plot 80000000 *****. 60000000 40000000 20000000 20000000 40000000 60000000 80000000 Total Nuclear Power Generation Predicted Residual by Row Plot 10000000 5000000 -5000000- al Nuclear Power neration Residual Total Nuclear Power Generation Actual Total Nuclear Power Generation Residual * ****
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
Transcribed Image Text:File Edit Lables Rows Coh DOE
Analyre Graph Toos
Vien
Yes, the data is numerical so this condition is met
Help
Bivariate Fit of Total Nuclear Power Generation By Year
30000000
Question 8
60000000-
The data set "nuclear power generation total" shows total nuclear power generation 40000000-
worldwide over time. Using this data set and JMP perform a simple linear regression.
20000000
Does this data set meet the linearity condition? Why or why not?
No, there appears to be a finear pattern in the plot of x vs. y
1960
1970
1980
1990
2000
2010
Year
O No, there appears to be a pattern in the residual plot
Linear Ft
Linear Fit
O Yes, this condition is met
Total Nuclear Power Generation-3 497eg-17795763 Yeer
Summary of Fit
RSquare
RSquare Adj
Root Mean Square Eror
O No, there is a funnel shape in the residual plot
0.962018
0.961258
$412067
Question 9
UDIvarlate Fit of Total Nuclear Power Generation By Year
Linear Fit
4 Parameter Estimates
- Diagnostics Plots
4 Residual by Predicted Plot
10000000-
5000000-
-5000000-
-10000000
20000000 40000000 60000000 80000000
Total Nuclear Power Generation Predicted
4 Actual by Predicted Plot
80000000
60000000-
40000000-
20000000
20000000 40000000 60000000 80000000
Total Nuclear Power Generation Predicted
4 Residual by Row Plot
10000000
5000000
-5000000
otal Nuclear Power
eneration Residual
Total Nuclear Power
Total Nuclear Power
Generation Actual
Generation Residual
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