a. The production function is:
Computing the value of x:
The firm's cost function is:
Average and marginal costs are:
b. The firm sets its marginal cost equal to the
market price to determine its supply:
2. Assume the production function is y 5-30, and the price of r is w 1...
2. Assume the production function is y 5-30, and the price of r is w 1 (a) Derive the firm's total cost curve C(y), average cost curve AC(y), and marginal cost curve MC(y). (b) Assume that p> min AC(y), derive the firm's supply curve y'(w,p)?
2. Assume the production function is y = 505-30, and the price of ris w = 1. (a) Derive the firm's total cost curve C(y), average cost curve AC(y), and marginal cost curve MC(y). (b) Assume that p > min AC(y), derive the firm's supply curve y(w,p)?
1. Let the production function be y = c. (a) Suppose the price of is w = 1. Find the firm's total cost curve C(y), average cost curve AC(y), and marginal cost curve MC(y). (b) Assume that p> min AC(y), find the firm's supply curve y(w,p). (c) Suppose the price of y is p = 10, and the price of the input r is w = 1, calculate the firm's profit. 2. Assume the production function is y = 5.3...
2. Assume the production function is y = 5x1/3 - 30, and the price of x is w = 1. (a) Derive the firm's total cost curve C(y), average cost curve AC(y), and marginal cost curve MC(y). (b) What is the firm's supply curve y* (p)?
1. Let the production function be y=. (a) Suppose the price of x is w = 1. Find the firm's total cost curve C(s), average cost curve AC(y), and marginal cost curve MC(y). (b) Assume that p min AC(y), find the firm's supply curve y(w.p). (e) Suppose the price of y is p = 10, and the price of the input x is w = 1, calculate the firm's profit.
Questions 1-4 mize profit Therefore for any he firm will produce Y = U. 1 75 the firm by setting price equa ginal cost, which gives p = MC() = 3(y - 10). for y as a function of p leads to y(p) = 10 + p/3. Solving this equation for Exercises 1. Let the Let the production function be y=r1/2 (b) Suppose the price of ris Show that the production function y(r) is concave. ose the price of .r...
3. Consider the production function y= . Assume r 1. (a) Show that the production function y(x) is concave. (b) Show that the inverse production function r(y) is convex (c) The price of y is p 10. Find the firm's total product TP(x), marginal product MP(a) and average product AP(a) (d) Find the firm's value of marginal product VMP(a), and value of average product VAP(r) (e) Assume w < marVAP (x) Find the firm's input demand curve r*(w) (f) Suppose...
3. Consider the production function y=. Assume r > 1. (a) Show that the production function y(«) is concave. (b) Show that the inverse production function z(y) is convex. (e) The price of y is p= 10. Find the firm's total product TP(x), marginal product MP) and average product AP (a). (d) Find the firm's value of marginal product VMP), and value of average product V AP(x). (e) Assume w<marV AP(x) Find the firm's input demand curve r*(w). (1) Suppose...
Consider the production function y = x2 for for x > 1. (a)Derive and graph the marginal product MP and average product AP curves. (b)If the price of the input is w = 1, find total cost C(y); also find marginal cost MC and average cost AC. Draw the latter two curves on the same graph. (c)If the input price is w = 1, can you derive the supply curve for this competitive firm? Why or why not? With steps,...
3. Consider the production function y = x1. Assume r > 1. (a) Show that the production function y(x) is concave. (b) Show that the inverse production function (y) is convex. (c) The price of y is p = 10. Find the firm's total product TP(a), marginal product MPa) and average product AP(a). (d) Find the firm's value of marginal product VMPx), and value of average product V AP:). (e) Assume w<maxV AP(x) Find the firm's input demand curvex"(w). (1)...