Consider a Solow economy with a production function F (K, L) = Kª L¹-ª, where a = 0.5. The labor force is L = 1.The supply of capital at time zero is Ko = 68. The saving rate is s = 0.5. The depreciation rate is d = 0.6. At time t = 1, the stock of capital in the economy will be K₁ Round your answers to 2 decimal places (for example, 3.454 should be rounded down to 3.45, and 3.455 should be rounded up to 3.46). 62.84
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- In class we argued that if people could accumulate human as well as physical capital, the production function would look like the “AK” production function. • (a) If the production function is AK and the savings rate is constant at rate “s”, and the rates of depreciation and populati on growth are δ and n respectively, what would the growth rate of the economy be? • (b) What would be the macroeconomic consequences of decreasing the savings rate in this economy? • (c) What would be the consequences of an increase in fertility in this economy? • (d) Would the consequences of decreasing fertility be UNAMBIGUOUSLY GOOD? • (e) Can human capital grow without bounds? Explain why or why not (make sure you discuss the physical nature of human capital). • (f) What is the growth rate of the economy (in the absence of technological progress) if human capital cannot grow without bounds?An economy has an aggregate production function to produce goods and services Y = AK1/3L 2/3 where Y represents total output (i.e GDP), K is capital, L is labor, and A is total factor productivity (TFP). This economy devotes a share of 30% of its output to gross investment. Capital depreciates at a rate of 10% per period. The TFP level is one and there are 2 units of labor available for production. • Suppose the economy starts with a capital stock at time t = 1 equal to 1 unit. Write down the values of gross investment, net investment, capital, consumption, and output observed during the subsequent 10 periods • What is the steady state level of capital, assuming A = 1 and L = 2? • Suppose that the economy is at its steady state and there is an increase in the depreciation rate from 0.10 to 0.15. What is the new steady state value for capital? Discuss your results.Country A and country B both have the production function Y = F(K, L) = K^0,5L^0,5 A. Does this production function have constant returns to scale? Explain. B. What is the per-worker production function, y = f(k)? C. Assume that neither country experiences population growth or technological progress and that 5 percent of capital depreciates each year. Assume further that country A saves 10 percent of output each year and country B saves 20 percent of output each year. Using your answer from part (b) and the steady-state condition that investment equals depreciation, find the steady-state level of capital per worker for each country. Theen find the steady-state levels of income per worker and consumption per worker. D. Suppose that both countries start off with a capital stock per worker of 2. What are the levels of income per worker and consumption per worker? Remembering that the change in the capital stock is investment less depreciation, use a calculator or a computer spreadsheet…
- What is the economic meaning of the vertical gap between the investmentcurve and the depreciation curve in the Solow diagram?Suppose that output is produced according to the production function Y = Kα[(1 - u)L]1-α, where K is capital, L is the labor force, and u is the natural rate of unemployment. The national saving rate is s, the labor force grows at rate n, and capital depreciates at rate d. Express output per worker (y = Y/L) as a function of capital per worker (k = K/L) and the natural rate of unemployment (u). Write an equation that describes the steady state of this Find the steady state capital per worker and steady state output per worker. Does this production function have constant returns to scale?Consider an economy with the following aggregate production function: Y = 3K1/3(AL)2/3 Capital grows through investment but also decays due to wear and tear at a constant rate δ per period. Assume that A is growing at the exogenous rate g, that L is growing at the exogenous rate n, and that households save a constant proportion s of their income. (a ) Find the steady state level of the capital per effective worker (k*), output per effective worker (y*) and consumption per effective worker (c*) - in terms of the parameters of the model. (B) What is the level of k (k**) that maximizes consumption? (C) Given a depreciation rate of 7%, population growth rate of 2%, technological progress of 1% and a saving rate of 30%, calculate the steady state levels of k, y and c. (D) To move to the level of capital that maximizes consumption, how should the saving rate be changed? Explain. (E) Calculate the saving rate needed to reach the golden rule level of capital per effective worker.
- 7. 1. Consider a neoclassical growth economy described by the following.•Yt = K0.3t ·L0.7t (aggregate production function)•s = 0.35 (saving rate)•δ = 0.10 (depreciation rate)•n = 0.01 (population growth rate)•L1 = 120 (initial population)•K1 = 160 (initial capital stock)•g = 0 (technological growth rate)Compute K, Y , k, y, and c for the first three periods. Please report numerical answersto two decimal points. (a) K1 = ; Y1 = ; k1 = ; y1 = ; c1 =(b) K2 = ; Y2 = ; k2 = ; y2 = ; c2 =(c) K3 = ; Y3 = ; k3 = ; y3 = ; c3 =Consider the Solow Model. Suppose a country enacts a tax policy that discourages investment, and the policy reduces the investment rate immediately and permanently from sbar to sbarprime . Assuming the economy (and hence the initial capital stock) is ABOVE its initial steady state (note: this is different from the standard case where we start at the intial steady state), use the Solow diagram to explain what happens to the economy over time and in the long run. Draw a graph showing how output evolves over time (put Y_t on the vertical axis with a ratio scale and time on the horizontal axis), and explain what happens to economic growth over time.Consider the Solow Model. Suppose a country enacts a tax policy that discourages investment, and the policy reduces the investment rate immediately and permanently from sbar to sbarprime . Assuming the economy (and hence the initial capital stock) is in its initial steady state, use the Solow Model to explain what happens to the economy over time and in the long run. Draw a graph showing how output evolves over time (put Y_t on the vertical axis with a ratio scale and time on the horizontal axis), and explain what happens to economic growth over time.
- Suppose that K(t+3)/N > K(t+1)/N, where K(t+3) is capital in period t+3 and K(t+1) is capital in period t+1. The economy will reach or reached a steady-state (long-run equilibrium) in period __ (choose the best one, given the information available). t+5 t-2. t-1. tSuppose that output is produced according to the production function Y =Kα[(1 - u)L]1-α, where K is capital, L is the labor force, and u is the natural rate of unemployment. The national saving rate is s, the labor force grows at rate n, and capital depreciates at rate d. Express output per worker (y = Y/L) as a function of capital per worker (k = K/L) and the natural rate of unemployment (u). Write an equation that describes the steady-state of this economy. Find the steady-state capital per worker and steady-state output per worker. Does this production function have constant returns to scale? Explain.Suppose that output is given by the neoclassical production function Y (t) = F (K(t), L(t), A(t)) satisfying Assumptions 1 and 2, and that we observe output, capital, and labor at two dates t and t + T . Suppose that we estimate TFP growth between these two dates using the equation Where g(t, t + T ) denotes output growth between dates t and t + T , and other growth terms are defined similarly, while αK(t) and αL(t) denote the factor shares at the beginning date. Let x(t, t + T ) be the true TFP growth between these two dates. Show that there exist functions F such that x(t, t ˆ + T )/x(t, t + T ) can be arbitrarily large or small. Next show the same result when the TFP estimate is constructed using the end-date factor shares: Explain the importance of differences in factor proportions (capital-labor ratio) between the beginning and end dates in these results.