A competitive tech firm has a production function f(x1, x2) = 12 where x2 is the...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
A competitive tech firm has a production function f(x1, x2) = 12 where x2 is the number of machines and x1 is number of workers employed. The workers' wage is w = 4, the machine price is w216 and the output price is p = 16. Suppose that in the short run the firm can only vary the amount of workers it employs but not the number of machines and that the latter is fixed at 24 in the short run. (a) Find the firm's short run conditional factor demand for workers if the firm wants to produce y units of output. What is the firm's short run cost function for producing output y? (b) What are the firm's fixed costs, average variable costs, average costs and marginal costs of producing output y? Sketch the SRMC, AVC and SRAC curves on a graph. (c) What is the firm's short run supply curve? What is the profit-maximizing amount of output ySR that the firm will produce in the short run? At this output level how much profit or loss does the firm make? Suppose now that the firm is in the long run and can vary both its factors of production. (d) What are the firm's long run conditional factor demands for producing y units of output? What is its long run cost function? What is its long run supply curve? (e) Use your results from parts (a) and (d) to find and the short-run and long-run average costs for any y. Show that SRAC(y) > LRAC (y) for any y. Explain why. (f) Prove that the short-run and long-run average costs are equal and tangent to each other at the output level y which solves (y) = 4 where x (y) is the long-run conditional demand for machines from part (d). Explain why this is the case (a graph may help). (g) Assuming that the input and output prices stay at their given values, how much would the firm produce in the long run? A competitive tech firm has a production function f(x1, x2) = 12 where x2 is the number of machines and x1 is number of workers employed. The workers' wage is w = 4, the machine price is w216 and the output price is p = 16. Suppose that in the short run the firm can only vary the amount of workers it employs but not the number of machines and that the latter is fixed at 24 in the short run. (a) Find the firm's short run conditional factor demand for workers if the firm wants to produce y units of output. What is the firm's short run cost function for producing output y? (b) What are the firm's fixed costs, average variable costs, average costs and marginal costs of producing output y? Sketch the SRMC, AVC and SRAC curves on a graph. (c) What is the firm's short run supply curve? What is the profit-maximizing amount of output ySR that the firm will produce in the short run? At this output level how much profit or loss does the firm make? Suppose now that the firm is in the long run and can vary both its factors of production. (d) What are the firm's long run conditional factor demands for producing y units of output? What is its long run cost function? What is its long run supply curve? (e) Use your results from parts (a) and (d) to find and the short-run and long-run average costs for any y. Show that SRAC(y) > LRAC (y) for any y. Explain why. (f) Prove that the short-run and long-run average costs are equal and tangent to each other at the output level y which solves (y) = 4 where x (y) is the long-run conditional demand for machines from part (d). Explain why this is the case (a graph may help). (g) Assuming that the input and output prices stay at their given values, how much would the firm produce in the long run?
Expert Answer:
Related Book For
Posted Date:
Students also viewed these economics questions
-
CANMNMM January of this year. (a) Each item will be held in a record. Describe all the data structures that must refer to these records to implement the required functionality. Describe all the...
-
Let A, B be sets. Define: (a) the Cartesian product (A B) (b) the set of relations R between A and B (c) the identity relation A on the set A [3 marks] Suppose S, T are relations between A and B, and...
-
On average, which group of borrowers would have to pay a higher effective rate for its short-term loans, those who are required to put up collateral or those who are not? Explain.
-
Are individual stock returns more closely related to national or industry factors? What implication does this have for portfolio diversification?
-
7- Suppose that you are editing a file that contains the following paragraph and the cursor is on the second tilde (~): The vim editor has a command, tilde (~), that changes lowercase letters to...
-
For the Maxwell model in Figure 8.8, express the storage modulus, \(E^{\prime}(\omega)\), the loss modulus, \(E^{\prime \prime}(\omega)\), and the loss factor, \(\eta(\omega)\), in terms of the...
-
Each auditing term (or organizational name) in Column 1 below bears a close relationship to a term in Column 2. Column 1 1. Quality control 2. Operational audit 3. Internal control 4. Government...
-
Question 2 Fill out the below tables to find the concrete volume and total linear feet of reinforcement bars for the footing foundation system in File 2. 3 Concrete Total Length Width Depth Footings...
-
The partners of LR Company have decided their business. Noncash assets were sold for $125,000. The income rations of the partners Cisneros, Gentleman, and Forren are 3: 2: 3, respectively, Complete...
-
Two boxes each have a volume of \(1.50 \mathrm{~m}^{3}\). Box A contains 1000 helium atoms, and box B contains 2000 neon atoms. When the boxes are connected together by a very small tube, the atoms...
-
Show how Rademacher functions are related to Walsh functions. Then, find \(\varphi_{17}\) of a Walsh function set using Rademacher functions.
-
Both cycles in P3.2 and P3.9 resulted in extremely 'wet' steam (low quality) at the exit to the turbine. This would cause erosion of the blades, and should be avoided. One way of achieving this is to...
-
Consider two egg cartons, one with spaces for a dozen eggs and one with spaces for a half-dozen eggs. If each carton contains six eggs, all of different colors, what is the ratio of the number of...
-
The Nagle algorithm, built into most TCP implementations, requires the sender to hold a partial segments worth of data (even if PUSHed) until either a full segment accumulates or the most recent...
-
The accuracy of a labor standards is to be within + or -5% and the confidence level is 95%. The standard deviation of the sample is 2, and the mean is 8. What sample size should be used?
-
White Bolder Investments (WBI) You are an intern working for WBI, a large investment advisory services in Sydney. Among other regular customers, WBI has been providing advisory services for Jumbo...
-
The PFD in Figure 11.63 shows a process in which two liquid products, A and B, are produced from a feed stream of raw material R. In the process, the reactor feed is preheated to \(300^{\circ}...
-
Consider a process with the following streams: (a) Compute \(\Delta T_{\text {thres }}\) as well as the minimum external heating and cooling requirements as a function of \(\Delta T_{\text {min }}\)....
-
Design a HEN to meet the MER targets for \(\Delta T_{\text {min }}=10^{\circ} \mathrm{C}\) and \(N_{H X, \text { min }}\) for a process involving five hot streams and one cold stream as introduced by...
Study smarter with the SolutionInn App