The production function is q=L0.6K 0.4 .
The production function is q=L0.6K 0.4 . The company must produce 15 units. The cost of capital is $10, and the cost of...
Suppose a production function is given by F(K, L) = KL2 ; the price of capital is $10 and the price of labor is $15. What combination of labor and capital minimizes the cost of producing any output? To produce a given level of output q, how many units of L and K are needed? Express the optimal inputs choices L(q) and K(q) as functions of the level of output q
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...
1. Suppose the production of digital cameras is characterized by the production function q F(K, L)- KL (MPL = K, MPK = L), where q represents the number of digital cameras produced. Suppose that the price of labor is $10 per unit and the price of capital is S1 per unit. (a) Graph the isoquant for q-121 000. (b) On the graph you drew for part a), draw several isocost lines including one that is tangent to the isoquant you...
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....
EXERCISE 1 COST MINIMIZATION, PART I Consider a firm with a Cobb-Douglas production function defined by the equation Q = 32K0.5 0.25 where Q is output, K the capital input and I the labour input. The prices of both production factors are given to the firm: labour costs w = 32 per unit, capital r = 16 per unit. Imagine that the firm wants to produce 512 units of output at minimum cost. (a) Determine the (unique) stationary point, say...
A firm has a Cobb-Douglas production function of Q = K^(0.25) L^(0.75) (a) Does this production technology exhibit increasing, constant, or decreasing returns to scale? (b) Suppose that the rental rate of capital is r = 1, the wage rate is w = 1, and the ?rm wants to produce Q = 3. In the long-run, what combination of L and K should they use? (It would be good to practice doing this with the Lagrangian, even if you can...
3. A firm intends to produce 30 units of output (Q) as cheaply as possible. The firm's production function depends on capital (K) and labour (L) and is given by Q VK + L. The price of K is 1 and the price of L is 20 (i) Write down the Lagrangian for this firm's optimisation problem. ii Find the optimal choices of K and L (ii) Report and interpret your solution for the Lagrange multiplier
3. A firm intends to produce 30 units of output (Q) as cheaply as possible. The firm's production function depends on capital (K) and labour (L) and is given by Q -v 20. L + K. The price of L is €1 and the price of K is i) Write down the Lagrangian for this firm's optimisation problem. (ii) Find the optimal choices of K and L ii) Report and interpret your solution for the Lagrange multiplier. 1 of 1
3. Suppose a company's production is given by the Cobb-Douglas function: Q = 60L3K3 Where L & K represent quantities of labor and capital. Suppose each unit of labor costs $25, each unit of capital costs $100, and the company wants to produce exactly Q=1920. a. Use the method of Lagrangian Multipliers to find the quantity of Land K that meet production requirements at the lowest cost. (5 pts) b. Show that the values found in part (a) satisfy the...
3. A firm intends to produce 30 units of output (Q) as cheaply as possible. The firm's production function depends on capital (K) and labour (L) and is given by Q 20 VL+K. The price ofL is 1 and the price of K is i) Write down the Lagrangian for this firm's optimisation problem. (ii) Find the optimal choices of K and L. ii) Report and interpret your solution for the Lagrange multiplier.