Consider the production function Y = (AK^ L° ). Suppose both saving rate (s) and the depreciation rate (8) are equal to 0.10. Further, suppose that the number of workers grows at 3% per year (n...


Consider the production function Y = (AK^ L° ). Suppose both saving rate<br>(s) and the depreciation rate (8) are equal to 0.10. Further, suppose that the<br>number of workers grows at 3% per year (n<br>technological progress is 7% per year (a = 0.07). Further assume that the<br>population growth is equal to the labour force growth<br>0.03) and the rate of<br>%3D<br>Find the steady-state values of.<br>a- the capital stock per effective worker.<br>b- output per effective worker<br>c- the growth rate of output per effective worker<br>d- the growth rate of output per worker<br>e- Draw a diagram and show all your results in a diagram.<br>

Extracted text: Consider the production function Y = (AK^ L° ). Suppose both saving rate (s) and the depreciation rate (8) are equal to 0.10. Further, suppose that the number of workers grows at 3% per year (n technological progress is 7% per year (a = 0.07). Further assume that the population growth is equal to the labour force growth 0.03) and the rate of %3D Find the steady-state values of. a- the capital stock per effective worker. b- output per effective worker c- the growth rate of output per effective worker d- the growth rate of output per worker e- Draw a diagram and show all your results in a diagram.

Jun 09, 2022
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