The manager of the purchasing department of a large saving and loan organization would like to develop a model to predict the amount of time (measured in hours) it takes to record a loan application. Data are collected from a sample of 30 days, and the number of applications recorded and completion time in hours is recorded. Below is the regression output: Regression Statistics Multiple R R Square Adjusted R Square Standard 0.9447 0.8924 0.8886 0.3342 Error Observations 30 ANOVA MS Significance df SS 4.3946E-15 Regression 25.9438 25.9438 232.2200 Residual 28 3.1282 0.1117 Total 29 29.072 Coefficients Standard P-value Lower 95% t Stat Upper 95% Error 0.1492 Intercept Applications Recorded 0.4024 0.1236 3.2559 0.0030 0.6555 0.0143 0.0126 0.0008 15.2388 0.0000 0.0109
The manager of the purchasing department of a large saving and loan organization would like to develop a model to predict the amount of time (measured in hours) it takes to record a loan application. Data are collected from a sample of 30 days, and the number of applications recorded and completion time in hours is recorded. Below is the regression output: Regression Statistics Multiple R R Square Adjusted R Square Standard 0.9447 0.8924 0.8886 0.3342 Error Observations 30 ANOVA MS Significance df SS 4.3946E-15 Regression 25.9438 25.9438 232.2200 Residual 28 3.1282 0.1117 Total 29 29.072 Coefficients Standard P-value Lower 95% t Stat Upper 95% Error 0.1492 Intercept Applications Recorded 0.4024 0.1236 3.2559 0.0030 0.6555 0.0143 0.0126 0.0008 15.2388 0.0000 0.0109
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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Referring to the above scenario, interpret the coefficient attached to variable applications recorded:
Referring to the above scenario, interpret R Square:
Referring to the above scenario, interpret the F-statistic in the ANOVA analysis:
Referring to above scenario, predict the amount of time it would take on average to process 150 invoices:
![The manager of the purchasing department of a large saving and loan organization would like to
develop a model to predict the amount of time (measured in hours) it takes to record a loan
application. Data are collected from a sample of 30 days, and the number of applications recorded and
completion time in hours is recorded. Below is the regression output:
Regression Statistics
Multiple R
R Square
Adjusted R
Square
Standard
0.9447
0.8924
0.8886
0.3342
Error
Observations
30
ANOVA
MS
Significance
df
SS
4.3946E-15
Regression
25.9438 25.9438
232.2200
Residual
28
3.1282
0.1117
Total
29
29.072
Coefficients
Standard
P-value
Lower 95%
t Stat
Upper 95%
Error
0.1492
Intercept
Applications
Recorded
0.4024
0.1236
3.2559
0.0030
0.6555
0.0143
0.0126
0.0008
15.2388
0.0000
0.0109](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2275d0bc-3ff1-44fa-80cb-aee7a87d02d1%2F73b15164-9bb1-466f-9a48-342e30a3f2ed%2F3qdvcn.png&w=3840&q=75)
Transcribed Image Text:The manager of the purchasing department of a large saving and loan organization would like to
develop a model to predict the amount of time (measured in hours) it takes to record a loan
application. Data are collected from a sample of 30 days, and the number of applications recorded and
completion time in hours is recorded. Below is the regression output:
Regression Statistics
Multiple R
R Square
Adjusted R
Square
Standard
0.9447
0.8924
0.8886
0.3342
Error
Observations
30
ANOVA
MS
Significance
df
SS
4.3946E-15
Regression
25.9438 25.9438
232.2200
Residual
28
3.1282
0.1117
Total
29
29.072
Coefficients
Standard
P-value
Lower 95%
t Stat
Upper 95%
Error
0.1492
Intercept
Applications
Recorded
0.4024
0.1236
3.2559
0.0030
0.6555
0.0143
0.0126
0.0008
15.2388
0.0000
0.0109
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