Solution-
Here the disposable income is equal to yd= (1-t)k^
At the steady state change in capital stock per labor is 0.
(a)






1.Consider the following production function: Y = KθL1-θ, where the labor (L) is growing at the...
2. A country has the following production function: Y = 0.3L0.5p0.2 where Y is total output, K is capital stock, L is population size and P is land size (P is a fixed number). The depreciation rate (8) is 0.05. The population growth rate (n) is 0. The saving rate is 0.2. We define: y = Y/L, K = K/L and p = P/L. Use: Ak = sy - (n + )k. a) Find out the steady state values of...
1) Assume that a country's production function is Y = AK 0.3 L 0.7 (and MPK = 0.3 Y/K ) The ratio of capital to output is 3, the growth rate of output is 3 percent, and the depreciation rate is 4 percent. Assume the economy is in a steady state. a.Write down the steady state condition and calculate the saving rate for this steady state. b.Write down the Golden Rule for this economy. Is this economy in the Golden...
An economy has the following production function: Y = K1/2L 1/2 There is no technological growth in the economy. Some more additional details known about the economy: • The savings rate (s) is equal to 0.4. • The population growth rate (n) is equal to 0.03. • Depreciation rate (δ) is at 0.07. (a) Derive the function of output per worker in terms of capital per worker. (b) Find the steady state levels of capital per worker, output per worker...
Consider a country described by the Solow model. The production function is y = 29, where 0 <a < 1. Assume that capital depreciates at a rate 8 € (0,1). a) Write down this production function in levels instead of in per capita terms. Does it display constant returns to scale? Show it. What about if a = 1? b) Find the value of c (per capita consumption) in steady state. c) Find the level of per capita capital that...
Assume the following: The economy’s production function is Y = F(K,L,) = K^(1/4)L^(3/4) The saving rate is 0.32 (32 percent). The depreciation rate is 0.04 (4 percent). The rate of population growth is 1 percent per year. What are the golden rule steady–state values of k, y, and c? show all work.
Consider an economy described by the following Cobb-Douglas, constant-returns-to-scale, aggregate production function: Y (K, L) = ?.??.? i.) Derive the per-capita/worker production function. ii.) Assume the depreciation rate (ɖ) is 1.5 percent, the population growth (n) is 4 percent, and the savings rate (s) is 8 percent; derive the discrete fundamental Solow Growth equation, and finally find the steady-state capital stock per-capita/worker (k*) and output per-capita/worker (y*). iii.) Assume the savings rate (s) rises to 16 percent, all else...
Consider the following production function for an economy: 1. Y=2K1/4L3/4 (a) Suppose the capital stock is K = 16 and its labour force is L = 1. Find: (i) GDP; (ii) the marginal product of capital; (iii) the real rental price of capital; (iv) labour's share of income. (b) Suppose further that aggregate consumption (C) is 80 per cent of disposable income, government spending is G = 1, the budget is balanced, and private sector investment is I = 6...
5. (25 points) Consider an economy described by the production function: Y - F(K, L) K//3, and the depreciation rate is 3 percent. a. Please find the Golden Rule level of capital. b. What is the saving rate that is necessary to reach the Golden Rule level?
1.The Golden Rule in a Solow Model without a Cobb-Douglas Production Function Suppose that the per-worker production function is: 4k tk +3 where yt = Yt/L and kt = Kt/L A.Does this production function exhibit diminishing marginal product of capital? Illustrate and explain. Note that you can use calculus, but you can also create a table. Note that AKt+1- Akt+1 and: B.Suppose that the savings rate in this economy is 36 percent (s- 0.36) and the depreciation rate is 6...
Here again is the quick review of some algebraic properties of exponents: ka *kb = ka + b ka *k-b = ka – b k-b = 1/kb ka /kb = ka – b k1/2 = k If k1/2 = a then k = a2 (k*g)a = ka *ga ka /ga = (k/g)a Questions 1-8 and A use the following information. Suppose an economy with a capital-output ratio (K/Y) is about 2.5; an...