Question

In: Economics

Consider an economy with the following Cobb-Douglas production function: Y = K1/3L 2/3 .

Consider an economy with the following Cobb-Douglas production function: Y = K1/3L 2/3 . The economy has 1,000 units of capital and a labor force of 1,000 workers. 1

a. Derive an equation describing labor demand as a function of the real wage and the capital stock. (Hint: this is a review from what we did in Chapter 3)

b. If the real wage can adjust to equilibrate labor supply and labor demand, what is the resulting equilibrium real wage? In this equilibrium, what are employment, output, and the total amount earned by workers? (you may assume labor is supplied inelastically, i.e. due to perfectly competitive markets, workers will work at any price will work at any price)

c. Now suppose Congress, concerned about the welfare of the working class, passes a law requiring firms to pay workers a real wage of one unit of output. How does this wage compare to the equilibrium wage?

d. Congress cannot dictate how many workers firms hire at the mandated wage. Given this fact, what are the effects of this law? Specifically, what happens to total employment, output, and the total amount earned by workers?


Solutions

Expert Solution

Production function:

a) Profit maximizing condition:

where r is the rent for capital K and w is the wage rate for labor L. ........ (i)

differentiating profit equation w.r.t K and L gives

................. (ii)

............. (iii)

solving (iii) and setting it equal to zero gives demand for labor

........ (iv)

*******

b) Labor demand = Labor supply

and K =1000 as given

w/p = $2/3 per unit of output.

total employment is 1000 workers,

total output = (1000)1/3 * (1000)2/3 = 1000

Total amount paid = total employment * real wage rate = 1000 * 2/3 = $666.66 or $ 667.

*****************

c) The mandated real wage rate of $1 per unit of output is greater than the current real wage rate of $2/3 per unit of output.

*************

d) Total employment will remain same at 1000 workers. (ideally with increase in wage rate, the number of workers may increase but due to perfect competition, the workers will remain constant)

Total output will also be 1000 units

and amount earned will increase from $667 to $1000.

*************


Related Solutions

Consider an economy with the following Cobb-Douglas production function:
Chapter 7, Labor Market Regulation (3 points):• Consider an economy with the following Cobb-Douglas production function:Y =k^1/3L^2/3The economy has 1,000 units of capital and a labor force of 1,000 workers.(a) Derive the equation describing labor demand in this economy as a function of the real wage and the capital stock (Hint: Review Chapter 3.)(b) If the real wage can adjust to equilibrate labor supply and labor demand, what is the real wage? In this equilibrium, what are employment, output, and...
Consider an economy with the following Cobb–Douglas production function: Y=5K1/3L2/3. a. Derive the equation describing labor...
Consider an economy with the following Cobb–Douglas production function: Y=5K1/3L2/3. a. Derive the equation describing labor demand in this economy as a function of the real wage and the capital stock. (Hint : Review Chapter 3.) b. The economy has 27,000 units of capital and a labor force of 1,000 workers. Assuming that factor prices adjust to equilibrate supply and demand, calculate the real wage, total output, and the total amount earned by workers. c. Now suppose that Congress, concerned...
Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the economy...
Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the economy is 2% and the marginal propensity to save (mps) is 30%. Any output that is not saved is consumed and this is a closed economy. Population growth rate is zero. 1. Continue with the same data with the exception that mps is unknown. Solve for the rate of investment which will ensure golden rule of consumption per capita 2. Continue with the same data...
Consider the following hypothetical economy. The production function is Cobb-Douglas and labor's share of income is...
Consider the following hypothetical economy. The production function is Cobb-Douglas and labor's share of income is 70%. All values are continuously compounded, annualized growth rates, in percent. Growth in real wages: 2.0 Growth in capital stock: 4.0 Growth in real rental rate of capital: 1.0 a. Using the information provided in the table above, your best estimate of growth in TFP is A. 1.4% B. 2.9% C. Not enough information to answer D. None of the above b. Consider a...
Consider an economy with the following production function: Y = K1/2N1/2. The economy has 1,000 units...
Consider an economy with the following production function: Y = K1/2N1/2. The economy has 1,000 units of capital and 1,000 workers. a) Derive the labor demand curve for this economy, (Recall that the real wage, w = MPN. This can be used to solve for N as a function of the other variables). b) If the real wage can adjust to equilibrate labor supply and labor demand, what is the real wage rate? c) Suppose that Congress, concerned about the...
An economy has the following Cobb-Douglas production function: Y = Ka(LE)1-a The economy has a capital...
An economy has the following Cobb-Douglas production function: Y = Ka(LE)1-a The economy has a capital share of 1/3, a saving rate of 24 percent, a depreciation rate of 3 percent, a rate of population growth of 2 percent, and a rate of labor-augmenting technological change of 1 percent. It is in steady state. a. What is the steady-state growth rate in total output? b.  What is the steady-state growth rate in output per worker? c.  What is the steady-state growth rate...
A) Considerian economy with the following production function: Y=18K1/3L 2/3 and factor supplies: L =...
A) Considerian economy with the following production function: Y =18K1/3L 2/3 and factor supplies: L = 27, and K = 27. Under the assumptions of the Neoclassical model, compute the equilibrium value of the real wage.B) Suppose that GDP (Y) initially is 5,000. Investment (I) is given by the equation I = 1500 – 10,000r, where r is the real interest rate. Consumption (C) is given by the equation C = 500 + 0.75(Y – T) . Government spending (G)...
3. Suppose that you have a Cobb-Douglas production function of the following form: Y = 0.25K0.24L...
3. Suppose that you have a Cobb-Douglas production function of the following form: Y = 0.25K0.24L 0.40D 0.10 (1) where Y is output, K is capital stock, L is labour, and D is land. (a) What is the interpretation of the individual exponents on K, L and D respectively? (b) What is the interpretation of the sum of these coefficients (i.e., which represents the degree of homogeneity for this function)? Is this function subject to constant, decreasing or increasing returns...
An economy has a cobb-douglas production function: Y=K^(a)(LE)^(1-a) The economy has a capital share of 1/3,...
An economy has a cobb-douglas production function: Y=K^(a)(LE)^(1-a) The economy has a capital share of 1/3, a saving rate of 24%, a depreciation rate of 3%, and a rate of population growth of 2%, and a rate of labor-augmenting technological change of 1%. It is in steady state. a) At what rates do total output, output per worker, and output per effective worker grow? b) solve for capital per effective worker, output per effective worker, and the marginal product of...
QUESTION Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the...
QUESTION Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the economy is 2% and the marginal propensity to save (mps) is 30%. Any output that is not saved is consumed and this is a closed economy. Population growth rate is zero. Continue with the same data with the exception that mps is unknown. Solve for the rate of investment which will ensure golden rule of consumption per capita . Show all the steps covered...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT