4. (a) Consider an economy with - production function Y-F(KL)-VK.L -depreciation of capital-16% -saving rate-24% population...
4. (a) Consider an economy with production function Y-F(K.L)-VK -depreciation of capital=16% -saving rate-24% L population growth-2% (i) if K-196 and L-100 in the cuIrent period. find ^ + and periods. 11) Find the steady state levels of-.-.and-. in the current and the next (b) Find the answers in (a) if the saving rate is changed to 30%. (c) Find the answers in (a) if the production function is changed to Y-F(K.L)-1.08-VKL
Consider an economy described by the production function: Y = F(K, L) = (0.25 0.75 a. What is the per-worker production function? y= b. Assuming no population growth or technological progress, find the steady-state capital stock per worker (k*), output per worker (y*), and consumption per worker (c*) as a function of the saving rate and the depreciation rate. k* = y* =
3)- Consider an economy with the production function: Y=4K0.6 No.4, in the framework of the Solow Model, with usual definitions. Suppose, the labor force is growing at 1% a year, depreciation rate is 4%, and saving rate is 20%. (Total 17 points) a)- Find the steady state equilibrium of per worker levels of capital, output, and consumption. (4) b)- Find the golden rule saving rate, and golden rule per worker levels of output, capital, and consumption. (4) c)- How much...
(24) Consider a closed economy in which the population grows at the rate of 2% per year. The depreciation rate of capital is 10% per year. The saving rate is 10% The per-worker production function is Yt = 4.8k0.5, where y is output per worker and k is capital per worker. The steady state growth rate of output per worker is equal to (A) 0% (B) 2% (C) 8% (D) 10% (25) Consider a closed economy in which the population...
Consider an economy in a steady state with population growth rate η, a rate of capital depreciation δ , and a rate of technological progress g. a) At the steady state Δk = 0, where k equals capital per effective worker. What condition must be met for this to hold? Describe the condition in words as well as mathematical expressions. b) Describe in words what is maximized at the Golden Rule level of k. c) What mathematical condition must be...
1) Consider an economy with the following the production function: Y = F(K,L) = K^0.4L^0.6 a) Find output per worker b) Find the marginal product of capital c) Find the steady state level of capital per worker given a savings rate of 0.1, the depreciation rate of 0.2, and population growth of 0.05 d) Show graphically or analytically what will happen if there is a decrease in the rate of depreciation. What effect does this have on steady-state levels of...
An economy has a Cobb-Douglas production function: Y = K"(LE)!-a The economy has a capital share of 0.25, a saving rate of 40 percent, a depreciation rate of 3.00 percent, a rate of population growth of 0.75 percent, and a rate of labor- augmenting technological change of 2.0 percent. It is in steady state. b. Solve for capital per effective worker (k*), output per effective worker (y*), and the marginal product of capital.
An economy has a per worker production function y=k^1/4, a marginal propensity to save of 24%, a population growth rate of 4%, and capital depreciates at a rate of 2% each period. what is the steady state capital/worker ratio?
1. An economy has the production function y = 20k1/2. The current capital stock is 256 and the depreciation rate is 8 percent, and the population growth rate is 2 percent. For income per person to grow, the saving rate must exceed Question 1 options: 6 percent 8 percent 10 percent 12 percent Question 2 (1 point) 2. According to the Solow model, if an economy decreases its saving rate, then in the new steady state, compared to the old...
4. If the production function is given by Y=K2L13 and the saving rate saving rate (s) equals the depreciation rate (8). Find the numerical values of the steady state capital and output?