b. Does this production function have an uneconomic region? If yes, find the region.
c. Based on your answer to (b), sketch a graph of two isoquants Q1 and Q2 withQ1 < Q2.
b. Does this production function have an uneconomic region? If yes, find the region. c. Based...
2. Consider again the production function for lava lamps: () = KL -L'. a. Sketch a graph of the isoquants for this production function. b. Does this production function have an uneconomic region? Why or why not? Show transcribed image text 2. Consider again the production function for lava lamps: () = KL -L'. a. Sketch a graph of the isoquants for this production function. b. Does this production function have an uneconomic region? Why or why not?
Answer the following questions based on the following production function: Does this production function represent the long run or the short run? Explain. Suppose capital (K) is held fixed at 3 units and the firm hires 5 workers. What is the average product? What is the marginal product of adding the 6^th worker? Does the production function eventually exhibit diminishing returns? If so, where and why does this occur? Depict the isoquants for the production function for output levels 27...
4. Consider the production functions given below: a. Suppose that the production function faced by a milk producer is given by Q = 40.5 20.5 = 4VK VL, where MPx = 2K-0.5 20.5 = 2 and MP, = 2 K0.5L-05 = 2 * i. Do both labor and capital display diminishing marginal products in the short run? ii. Find the marginal rate of technical substitution for this production function. (Hint: The MRTS = 1) iii. Does this production function display...
1. Suppose that the production function for lava lamps is given by Q = KL -ľ, where is the number of lamps produced per year, K is the machine-hours of capital, and L is the man-hours of labor. Suppose K = 600. a. Draw a graph of the production function over the range L = 0 to L = 500, putting L on the horizontal axis and on the vertical axis. Over what range of L does the production function...
Task 2: Short-Run Production: One Variable and One Fixed Input II.... Consider the following production function: q=8LK + 5L2 - L. Assume capital is fixed at K = 25. (a) At what level of employment does the marginal product of labor equal zero? (Hint: To answer this question mathematically, you will have to use the quadratic formula.) (b) Illustrate the above production function for values of L € [1,30] (Note: Your graph does not necessarily have to be precise at...
Consider production function f(l, k) = l2 + k2 (a) Evaluate the returns to scale. (b) Calculate the marginal product of labor and the marginal product of capital. (c) Calculate the MRTS. (d) Does the production function exhibit diminishing MRTS? (e) Plot the isoquant for production level q = 1. Hint: Notice that the input mixes (1; 0) and (0; 1) are on this isoquant.
A6 Microeconomics Assignment 6 Part I: Short Answer Questions [(100 points) Q1 [30 points) Show in a diagram using isoquants that a production function can have diminishing marginal return to a factor and constant returns to scale? With the help of a diagram explain the concepts of "isoquant", "diminishing marginal return to a factor", and "constant returns to scale". What are the similarities and differences between indifference curves and isoquants. Q2 [30 points Assume that a firm has a fixed-proportions...
Consider the following production function q= 24LK + 512-6 Assume capital is fixed at K =25. In what range of employment does the marginal product of labor exhibit positive but diminishing marginal returns? The marginal product of labor is diminishing but positive when L ranges from to . (Enter numeric responses using integers)
1. Consider a firm that has the following CES production function: Q = f(L,K) = [aLP + bK°]!/p where p a. Derive the MRTS for this production function. Does this production function exhibit a diminishing MRTS? Justify using derivatives and in words. What does this imply about the shape of the corresponding isoquants? (10 points) b. What are the returns to scale for this production function? Show and explain. Explain what will happen to cost if the firm doubles its...
Suppose the production function for automobiles is ? = ?? where Q is the quantity of automobiles produced per year, L is the quantity of labor (man-hours) and K is the quantity of capital (machine hours). a) What is the total product (number of automobiles) if the firm uses 25 man hours and 2 machine hours? b) Sketch the isoquant corresponding to a quantity of Q=50. c) What is the general equation for the isoquant corresponding to any level of...