21. The estimation of a Cobb-Douglas production function for 20 firms of a given industry yields: 4. 16.907+0.322k; +2.777li R2 = 0.915 DW = 2.032 RSS = 0.461 Use α = 5% 4.939971 Var ẞ=0.216639 0.031857 -0.857446 -0.057229 0.166070/ where fitted values of naturals logarithms of output (output express in 1000 tons); ki: natural logarithms of capital output (output express in 1000 tons) l: natural logarithms of labour (labour is in hours) RSS: residual sum of squares 1: firm index Var ẞ: variance-covariance matrix of estimates Evaluate the statistical significance of the coefficients.
21. The estimation of a Cobb-Douglas production function for 20 firms of a given industry yields: 4. 16.907+0.322k; +2.777li R2 = 0.915 DW = 2.032 RSS = 0.461 Use α = 5% 4.939971 Var ẞ=0.216639 0.031857 -0.857446 -0.057229 0.166070/ where fitted values of naturals logarithms of output (output express in 1000 tons); ki: natural logarithms of capital output (output express in 1000 tons) l: natural logarithms of labour (labour is in hours) RSS: residual sum of squares 1: firm index Var ẞ: variance-covariance matrix of estimates Evaluate the statistical significance of the coefficients.
Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)
14th Edition
ISBN:9781305506381
Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Chapter9: Applications Of Cost Theory
Section: Chapter Questions
Problem 3E
Related questions
Question
![21. The estimation of a Cobb-Douglas production function for 20 firms of a given industry
yields:
4. 16.907+0.322k; +2.777li
R2 = 0.915 DW = 2.032 RSS = 0.461 Use α = 5%
4.939971
Var ẞ=0.216639
0.031857
-0.857446 -0.057229 0.166070/
where fitted values of naturals logarithms of output (output express in 1000 tons);
ki: natural logarithms of capital output (output express in 1000 tons)
l: natural logarithms of labour (labour is in hours)
RSS: residual sum of squares
1: firm index
Var ẞ: variance-covariance matrix of estimates
Evaluate the statistical significance of the coefficients.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F059ab12e-d3dc-4134-b1f7-60df45b4888a%2Faf767614-5ac6-4973-acaa-cabb3508fd7d%2Fq5j0z5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:21. The estimation of a Cobb-Douglas production function for 20 firms of a given industry
yields:
4. 16.907+0.322k; +2.777li
R2 = 0.915 DW = 2.032 RSS = 0.461 Use α = 5%
4.939971
Var ẞ=0.216639
0.031857
-0.857446 -0.057229 0.166070/
where fitted values of naturals logarithms of output (output express in 1000 tons);
ki: natural logarithms of capital output (output express in 1000 tons)
l: natural logarithms of labour (labour is in hours)
RSS: residual sum of squares
1: firm index
Var ẞ: variance-covariance matrix of estimates
Evaluate the statistical significance of the coefficients.
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