Consider the following Cobb-Douglas production model: LnY = B + B2LnX2 + B3 LnX3 + u %3D Where, Y- Real output, X2- Labour input, and Xg- Capital input Consider the following regression results: LnY - 3.32 + 1.5L.X2 +0.5LnX3 SE (B) = 2.4559, SE (B2) = 0.5415, SE (B) = 0.1041 %3D %3D R 0.87, df 12, t(, 12) 0.88, Adj R 2.179 %3D %3D 1. Interpret this regression model 2. Test the hypothesis that there is no relationship between real output and labour input 3. Test the significance of capital input on real output 4. Build a 95% confidence interval for labour input (5). 5. Build a 95% confidence interval for capital input (83).
Consider the following Cobb-Douglas production model: LnY = B + B2LnX2 + B3 LnX3 + u %3D Where, Y- Real output, X2- Labour input, and Xg- Capital input Consider the following regression results: LnY - 3.32 + 1.5L.X2 +0.5LnX3 SE (B) = 2.4559, SE (B2) = 0.5415, SE (B) = 0.1041 %3D %3D R 0.87, df 12, t(, 12) 0.88, Adj R 2.179 %3D %3D 1. Interpret this regression model 2. Test the hypothesis that there is no relationship between real output and labour input 3. Test the significance of capital input on real output 4. Build a 95% confidence interval for labour input (5). 5. Build a 95% confidence interval for capital input (83).
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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Problem 1P
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Question
![Consider the following Cobb-Douglas production model:
LnY = B1 + BLnX2 + B3 LnX3 + u
Where, Y = Real output, X2= Labour input, and X3= Capital input
Consider the following regression results:
LnY
- 3.32 + 1.5Ln.X2 + 0.5LnX3
%3D
SE (B1) = 2.4559, SE (B2)=0.5415, SE (B3) = 0.1041
12, t(부미)
%3D
R = 0.88, Adj R
0.87, df
= 2.179
%3D
1. Interpret this regression model
2. Test the hypothesis that there is no relationship between real output and labour input
3. Test the significance of capital input on real output
4. Build a 95% confidence interval for labour input (B2).
5. Build a 95% confidence intervai for capital input (83).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb0e936e4-cb09-47fd-b28a-0e5dc398b101%2Fa6e23821-88e2-48f7-a0a1-12c4dbbbc1d7%2Fdmyaqce_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider the following Cobb-Douglas production model:
LnY = B1 + BLnX2 + B3 LnX3 + u
Where, Y = Real output, X2= Labour input, and X3= Capital input
Consider the following regression results:
LnY
- 3.32 + 1.5Ln.X2 + 0.5LnX3
%3D
SE (B1) = 2.4559, SE (B2)=0.5415, SE (B3) = 0.1041
12, t(부미)
%3D
R = 0.88, Adj R
0.87, df
= 2.179
%3D
1. Interpret this regression model
2. Test the hypothesis that there is no relationship between real output and labour input
3. Test the significance of capital input on real output
4. Build a 95% confidence interval for labour input (B2).
5. Build a 95% confidence intervai for capital input (83).
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