2. The Solow Model Suppose the production function is given by Y, = 0.5 K, N Y, (1) Transform the production function in per worker terms, i.e. write down as a function of (2) Denote the saving rate by s, the depreciation rate by 5, solve for the K* steady-state capital per worker N the steady-state level of output per worker and the steady-state consumption per worker N as functions of s and 8. (3) Suppose 8 = 0.05, compute the steady-state output per worker and the steady-state consumption per worker for s= 0; s= 0.1; s= 0.2; and s =1. Explain the intuition behind your results.

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2. The Solow Model
Suppose the production function is given by
Y, = 0.5/K, VN
Y,
(1) Transform the production function in per worker terms, i.e. write down as a
N
K,
function of
N
(2) Denote the saving rate by s, the depreciation rate by 8, solve for the
K*
steady-state capital per worker
the steady-state level of output per worker
and the steady-state consumption per worker
as functions of s and
8.
(3) Suppose 8 = 0.05, compute the steady-state output per worker
and the
steady-state consumption per worker
for s= 0; s= 0.1; s=0.2; and s =1.
Explain the intuition behind your results.
Transcribed Image Text:2. The Solow Model Suppose the production function is given by Y, = 0.5/K, VN Y, (1) Transform the production function in per worker terms, i.e. write down as a N K, function of N (2) Denote the saving rate by s, the depreciation rate by 8, solve for the K* steady-state capital per worker the steady-state level of output per worker and the steady-state consumption per worker as functions of s and 8. (3) Suppose 8 = 0.05, compute the steady-state output per worker and the steady-state consumption per worker for s= 0; s= 0.1; s=0.2; and s =1. Explain the intuition behind your results.
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