Please explain and show me the process with answer. Thank you!
Please explain and show me the process with answer. Thank you! 1 2 2. (A siulated...
2. (A simulated economy) Let Y,-F(K,,Lt)-AK) L. The discrete time version of the capital accumulation equation is given by Lo-1 and labor grows at a rate of n-0.01. A-1, Ko-0.01 and 6-0.07 a) Assume that s-0.2. Find the level of consumption in the economy in periods 1,2,3,4 and 100. b) Repeat the computations in (a) assuing s 03 consumption over time after s increases to s = 0.33 d) Do the sanne as in part (c) but assuming that s...
2. (A simulated economy) Let Y,-F(K,,Lt)-AK) L. The discrete time version of the capital accumulation equation is given by Lo-1 and labor grows at a rate of n-0.01. A-1, Ko-0.01 and 6-0.07 a) Assume that s-0.2. Find the level of consumption in the economy in periods 1,2,3,4 and 100. b) Repeat the computations in (a) assuing s 03 consumption over time after s increases to s = 0.33 d) Do the sanne as in part (c) but assuming that s...
d) Make a graph of the curve In(Kt) with time on the x-axis. Carefully show the shape and label the slope of this curve. 2. (A simulated economy) Let Yǐ = F(Kt, Lt) = AK capital accumulation equation is given by The discrete time version of the L,-1 and labor grows at a rate of n-001. A = 1, Ko = 0.01 and 0.07. a) A and 100. ssume that s 0.2. Find the level of consumption in the economy...
Please don't copy other expert's answer. I'm re-posting it because I think that is not right or not enough. Please someone who really knows the answer answer to this problem. 2. (A simulated economy) Let Y,-F(K, Lt-AK L. The discrete time version of the capital accumulation equation is given by Lo-1 and labor grows at a rate of n-0.01. A-1. K0 0.01 and δ 0.07 c) Assume the economy is in a steady state and s0.3. Explain what happens to...
Please explain and show me the process with answer. Thank you! 1. (The AK Model) Consider an economy with an aggregate production function given by Y = F(K) = AK Capital is the only relevant factor of production. A is fixed and represents the productivity of capital. T he law of motion for capital is just as in the neoclassical model where s and δ are the savings rate and depreciation rate, respectively. a) Show whether F(K) exhibits constant, decreasing...
Please answer the last person didn't answer all of it. Thank you! 1 Growth Rates of Capital and Output Consider the following production function: Assume that capital depreciates at rate ? and that savings is a constant proportion s of output: Assume that investment is equal to savings: Finally, assume that the population is constant Lt = Lt+1 = L 1. The production function above expresses output as a function of capital and labor (workers) Derive a function that expresses...
Hello tutor, could you solve part e of this question for me ASAP thank you. Suppose the economy is producing output with the CRS production function F) below where At is some measure of labor augmenting technological progress, Kt is some measure of physical capital, Nt is the size of the labor force. A constant fraction (s) of the income Yt is saved, and savings in the economy finance the investment in physical capital (It). Each period a certain share...
Malthusian Model of Growth Notation: Yt Aggregate output; Nt Population size; L¯ Land (fixed); ct Per capita consumption Production: Aggregate production function is Yt = F(Nt , Lt) = zN2/3 t L 1/3 t Population Dynamics: Nt+1 = g(ct)Nt Population growth function: g(ct) = (3ct) 1/3 Parameter Values: Land: L¯ = 1000 for all t. Productivity parameter: z = 1 ...
Notation: Yt Aggregate output; Nt Population size; L¯ Land (fixed); ct Per capita consumptionAggregate production function is Yt = F(Nt , Lt) = zN2/3 t L 1/3 t Population Dynamics: Nt+1 = g(ct)Nt Population growth function: g(ct) = (3ct) 1/3 Parameter Values: Land: L¯ = 1000 for all t. Productivity parameter: z = 1 (a) Solve for the steady state of this economy (Steady state: Nt+1 = Nt). Report steady state values for c and N. (b) Suppose the economy...
The following problem is based on the idea of a Malthusian trap. Thomas Malthus, an 18th century British cleric and scholar, argued that as population increases, the limited amount of natural resources will lead societies into a trap of gradually decreasing standard of living, thus negating the effects of any technological progress. We can study this idea using the Solow model framework. Consider a modified version of the Solow growth model where the aggregate production function in period t is...