From laboratory tests, the relationship between stress (0) and strain (ɛ) is obtained as shown in the table below: Stress (0) Strain(E) 1598 0.0009 5298 0.002 7198 0.0031 7898 0.0047 9098 0.006 10798 0.0085 a. Make an exponential regression equation from the data above b. Find the correlation coefficient

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter6: Exponential And Logarithmic Functions
Section6.8: Fitting Exponential Models To Data
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From laboratory tests, the relationship between stress (0) and strain (ɛ) is obtained as shown in the table
below:
Stress (0)
Strain(ɛ)
1598
0.0009
5298
0.002
7198
0.0031
7898
0.0047
9098
0.006
10798
0.0085
a. Make an exponential regression equation from the data above
b. Find the correlation coefficient
Transcribed Image Text:From laboratory tests, the relationship between stress (0) and strain (ɛ) is obtained as shown in the table below: Stress (0) Strain(ɛ) 1598 0.0009 5298 0.002 7198 0.0031 7898 0.0047 9098 0.006 10798 0.0085 a. Make an exponential regression equation from the data above b. Find the correlation coefficient
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