Y₁ = A[K² + N²]¹/² Production function: K₁₁ = (18)K + 1₂ Capital evolution: t+1 I = SY₂ t Investment: t Assume that the growth of the number of workers N and technology A is always constant and equal to 9N=9A = 0. The savings rate is between zero and one 0 < s < 1, and there is full capital depreciation across periods (i.e. 8 = 1)

Microeconomic Theory
12th Edition
ISBN:9781337517942
Author:NICHOLSON
Publisher:NICHOLSON
Chapter17: Capital And Time
Section: Chapter Questions
Problem 17.2P
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please type the answer by computer if you can, so i can see it clearly, thank you!!! Consider the following version of the Solow model:
Production function:
Y-A[K; + N²]"
=
Na
t
Capital evolution:
= (1 − 8)K + I
t+1
t
t
Investment:
I₁ = SY₁
t
t
Assume that the growth of the number of workers N and technology A is always constant and
equal to 9N=9A
= 0. The savings rate is between zero and one 0 < s < 1, and there is full
capital depreciation across periods (i.e. 8 = 1)
K
Transcribed Image Text:Production function: Y-A[K; + N²]" = Na t Capital evolution: = (1 − 8)K + I t+1 t t Investment: I₁ = SY₁ t t Assume that the growth of the number of workers N and technology A is always constant and equal to 9N=9A = 0. The savings rate is between zero and one 0 < s < 1, and there is full capital depreciation across periods (i.e. 8 = 1) K
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