Question

Suppose that a firm has production function F(L, K) = L1/4 K3/4 for producing widgets, the...

Suppose that a firm has production function F(L, K) = L1/4 K3/4 for producing widgets, the wage rate for labor is w = $32, and the rental rate of capital is r = $6. Suppose the firm has an order to produce 40 units of output.

a) Carefully write out the firm’s cost minimization problem, using information specific to this problem.

b) Express two equations—specific to this problem—that the optimal solution satisfies.

c) Solve these two equations for L* and K*.

d) Determine the firm’s cost of meeting the order.

e) Resolve this problem, leaving the production goal Q as a variable in order to get the firm’s cost function C(Q).

Homework Answers

Answer #1

**if you liked the answer, then please upvote. Would be motivating for me. Thanks

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A production function for widgets is given by Q = f(L,K) = L1/2 K1/2 where L...
A production function for widgets is given by Q = f(L,K) = L1/2 K1/2 where L and K denote, respectively, the level of the homogeneous units of labour and capital used in production. a) If a producer wishes to produce 45 widgets and has hired 25 units of labour, how many units of capital must be used to fill this order? b) If a producer has received an order for 30 widgets which must be produced but only has 9...
Suppose an agricultural firm has the production function: f(l; k; a) = l^(1/4) * k^(1/4) *...
Suppose an agricultural firm has the production function: f(l; k; a) = l^(1/4) * k^(1/4) * a^(1/4) where the price of labor is w, the price of capital is r and acreage (a) has price s. (a) Verify that this is a valid production function. (b) Solve the rm's cost minimization problem for the conditional input demands, cost function, average cost function, and marginal cost function. (c) Suppose that there was a tax on one or more inputs. For each...
Consider a firm with the production function f(L,K)=L1/2K2 Suppose the firm is in the short run...
Consider a firm with the production function f(L,K)=L1/2K2 Suppose the firm is in the short run and has a level of capital K = 1. If the cost of labor is w=2 and the cost of capital is r=2, derive the a) TVC, b) TFC, c) TC, d) MC, e) ATC, f) AVC, ) AFC. Draw these curves in a relevant set of well-labelled diagrams. Repeat the exercise if the firm was in the short run with a capital level...
Consider the following production function: x = f(l,k) = Albkbwhere x is the output, l is...
Consider the following production function: x = f(l,k) = Albkbwhere x is the output, l is the labour input, k is the capital input, and A, b are positive constants. (a) Set up the cost minimization problem and solve for the first order conditions using the Lagrange Method. Let w be the wage rate and r the rental rate of capital. (b) Using your answer in (a), find how much labour and capital would the firm use to produce x...
Suppose a firm has a production function given by q = 3L + K. The firm...
Suppose a firm has a production function given by q = 3L + K. The firm can purchase labor, L at a price w = 24, and capital, K at a price of r = 5. What is the firm’s total cost function?
Suppose one firm has production function f(K, L) =√K+√L, and another firm has the production function...
Suppose one firm has production function f(K, L) =√K+√L, and another firm has the production function f(K, L) = (√K+√L)^(.3). Will these firms have the same supply functions? Show your work
2. Suppose a firm is producing 200 widgets. The firm’s production function is Cobb- Douglas with...
2. Suppose a firm is producing 200 widgets. The firm’s production function is Cobb- Douglas with decreasing returns to scale. (This means we have normal, convex isoquants). The firm uses K’ units of capital and L’ units of labor. Initially, the input prices are w’ and r’. However, an exogenous shock in the labor market causes an increase in the wage rate, resulting in an increase in input prices from w’ to w’’ where w’<w’’. Using a graph (of isoquant...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in machine-hours per year and L is measured in hours of labor per year. The cost of capital (rental rate denoted by r) is $1200 per machine-hour and the cost of labor (wage rate denoted by w) is $12 per hour. Hint: if you don’t calculate the exponential terms (or keep all the decimals when you do), you will end up with nice numbers on...
The production function for aluminum is given by Q= L1/4E1/4K1/2where L is the amount of labor...
The production function for aluminum is given by Q= L1/4E1/4K1/2where L is the amount of labor hired, E is the amount of energy consumed and K is the amount of capital used. Suppose that the price of energy is 4, the wage rate is 1 and the price of capital is also 1. a)Suppose in the short run the number of units of capital is fixed at 10. Set up the factory's cost minimization problem and solve for the optimal...
4. Suppose a small oil drill has the following production function F(K,L) = min(4K,L) where every...
4. Suppose a small oil drill has the following production function F(K,L) = min(4K,L) where every drill (captial unit) takes 4 people to operate. Output is measured in barrels. (a) Suppose there are 10 drills in the oil field. How many workers are needed to produce 40 barrels of oil (q=40)? (b) Graph the isoquant curves that represent q=20, q=40, and q=60. (c) Setup the cost minimization problem where labor and capital are flexible. Then find the cost function if...