A)
Real(user) cost of capital = (Pk/P) (r + δ )
Pk = price of capital = 10
P = general price level = 1
r = real interest rate = 5% = 0.05
δ = depreciation raten = 20% = 0.20
Hence,
At this user cost of capital, ideal level of capital will be;
MPK (Marginal Product of Capital) = rental cost of capital
= 2.5
=
= 2.5
=
Net Investment = Change in capital * price of capital good
Net Investment = (100 - 88 )* 10= 120 EUR.
B)The rental cost of capital is affected by taxes. A tax on corporate profit would discourage business investment. Cost of capital tends to rise with the tax rate.
As we can see in the equation of MPK; The greater the amount of labor employed the higher is the rental cost of capital.
Problem 2. The firm expects that its production function in the next period will be given...
Problem 2. The firm expects that its production function in the next period will be given by Fe(K, L)-10 v KL. The firm employs 25 workers. The real interest rate equals 5% and the depreciation rate equals 20%. The price for the firm's products is 1 EUR while the price of capital goods is 10 EUR a) Find the user cost of capital. Find net investments, assuming that initially the firm has a capital stock of 88. Modify your answer...
Problem 1 The production function of a price-taker firm is given by F(K,L)-10*K4L3/4 Labour is fixed at 256. The price of output is 2 and the price of capital goods is 4€. Real interest rate equals 3% and the depreciation rate is 2%. what is the desired stock of capital? What is the level output? What is the user cost of capital?
Exercise 1 Question B3 (2010) function: A firm faces the following production The firm is perfectly competitive and hires its machines at a constant rental rate of r = 5 euros per hour and its workers at a constant wage rate of w 4 euros per hour. It can also sell as much output as it wishes at the ruling market price of P 40 euros. 1 Find the most profitable output, the profits at this output, and the corre-...
A firm's production function is Q = 70L0.6 K0:3. Its marginal product of labor is thus MP2 = 42L-0.4 0.3 and its marginal product of capital is MPK = 21L0.6 K-0.7. a. What returns to scale does this production function exhibit: constant, increasing, or decreasing? Show mathematically. b. Suppose the wage rate is $12 and the rental rate for capital is $48. Show that the firm is not minimizing cost when it employs 40 workers (L) per day and 15...
1. A firm operates in the long run. Its long-run production function is given as: Q = LK, where Qis units of output, Lis units of labor, and K is units of capital. (a) Obtain six integer combinations of Land K when Q = 12. (b) Obtain six integer combinations of Land K when Q = 18. (c) Use the twelve integer combinations of Land K obtained in parts (a) and (b) to construct two isoquants on a two-dimensional plane....
2. The table below shows the total production for varying numbers of hours worked producing yo-yos. The firm sells its product and hires its workers in competitive markets. Price of Yo-Yos Number of Number of Hours Worked Yo-Yos Produced Wage Rate per Hour (S) 10 10 11 10 170 78 10 12 13 14 10 10 88 90 15 10 (a) Determine the marginal product of labour from hiring the (i) 11th worker, (ii) the 12th worker, (iii) the 13th...
5) A firm producing hockey sticks has a production function given by F(L,K) = 2 LK . In the short-run, the firm's amount of capital equipment is fixed at K = 100. The rental rate of capital is r=$1, and the wage rate of labor is w=$4. a. Derive the firm's short-run total cost curve. What is the short-run average total cost? What is the short-run average variable cost? b. Find the short-run marginal cost function. What are the total...
9. Suppose the firm's production function is given by f(K,L) = min (Kº,L"} (a) For what values of a will the firm exhibit decreasing returns to scale? Constant returns to scale? Increasing returns to scale? (b) Derive the long-run cost function and the optimal input choices. (c) Suppose the capital is fixed at K = 10,000 and a = 1. Assuming that the firm wants to produce less than 100 units, derive 10. Consider the production function: f(K,L)=KLI. Let w...
1. Consider a risk-neutral firm that operates for two periods with a production function that depends only on the amount of labor hired: f(L) = 100L 1/2 . Assume that the interest rate (r) is equal to 5%. The wage in the first period is equal to $10 per hour, but the second period’s wage is either $10 (with probability 0.4) or $20 (with probability 0.6). The current price for the firm’s output is P 0 =$20. In the second...
1. There is a furniture manufacturer using labor (L) and capital
(K) to produce tables. Its production function is given by q=
10L^.75 K^.40. It pays a
wage of $5 per hour and rents capital at a rate of $15. The firm
wants to find the cost-minimizing bundle of inputs to produce
10,000 tables. Assume K is on the y-axis in what
follows.
Write out the firm’s cost function.
Calculate the firm’s isocost equation.
What is the slope of the...