Question #113011
Assume that the aggregate production of an economy is Yt= √Kt Lt , where Kt+1 =( 1-d) Kt+ It, St= sYt and Lt= L( i.e., the notation and meanings is to correspond the setting for the allow model with constant population. Then the savings rate s that maximizes the steady rate of consumption equals ?
1
Expert's answer
2020-05-05T18:20:06-0400

ct=(1s)×Ytct=(1-s)\times Y t

s=StYts=\frac{St}{Yt}

Yt=Kt×LtYt=\sqrt{Kt}\times Lt

Kt+1=(1d)×Kt+ItKt + 1 = (1-d)\times Kt + It

Kt=(1d)×Kt+It1Kt = (1-d)\times Kt+It-1

Lt = L

Yt=((1d)Kt+It1)×LYt=\sqrt{((1-d) Kt + It-1)}\times L

ct=(1StYt)×Yt=YtSt=(1d)Kt+It1)×LStct=(1-\frac{St}{Yt})\times Yt=Yt-St=\sqrt{(1-d) Kt + It-1)}\times L-St


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