At Bob’s Burgers, each burger consists of exactly two buns x, one meat patty y, and one slice of cheese z. Let P denote the price of burgers and px, py, pz be the prices of each input and consider Bob’s profit maximization problem.
(a) Write Bob’s production function q = f(x, y, z), show that it exhibits constant returns to scale, and find the marginal products to each factor.
(b) Set up Bob’s cost minimization problem, write the Lagrangian L, and show why you cannot use the first order conditions to solve it.
(c) Solve for Bob’s cost function C(q), and find the average cost AC(q) and marginal cost MC(q) functions.
(d) Set up Bob’s profit maximization problem, find the first order condition.
(e) Find the quantity of burgers that Bob supplies q(P), and find much profit he earns π
At Bob’s Burgers, each burger consists of exactly two buns x, one meat patty y, and...
Operations at Burger King. – Have it your way Burgers are cooked in an infrared broiler. Three continuous chains pass through the broiler. Two are for meat, which take 80 seconds to make one pass, and one chain is for buns, which moves twice as fast. Each meat chain can handle 8 burgers per minute or 5.5 Whoppers. There is a two foot loading space at the beginning of each chain. At the end of the chain patties fall into...
Consider the case of a firm that produces output x (sold at price p) using a production function x = A*lαk1‐α‐βeβ, where l is labor, k is capital, and e is energy (for example, oil or electricity). a) What is the interpretation of A? b) Under what condition(s) does the production function exhibit constant returns to scale? Is it homogeneous? Are the marginal products of inputs increasing, constant, or decreasing? c) Set up the profit maximization problem for the firm....
Problem 3 - Profit Maximization Consider the case of a firm that produces output x (sold at price p) using a production function x = A*/*k1-a8eß, where Iis labor, k is capital, and e is energy (for example, oil or electricity). a) What is the interpretation of A? b) Under what condition(s) does the production function exhibit constant returns to scale? Is it homogeneous? Are the marginal products of inputs increasing, constant, or decreasing? c) Set up the profit maximization...
2. Consider that a monopolist operates with total costs of TC = cQ and faces the constant elasticity demand curve P = Q^−α a. What are the first- and second-order conditions for a profit maximum? When does the second-order condition hold? (This just means to set up your maximization problem, find the first order condition and check second order. For the second order to hold - this is where you may have to restrict α. ) b. Solve for the...
Consider the case of a firm that produces output x (sold at price p) using a production function x = A*/*klaße, where / is labor, kis capital, and e is energy (for example, oil or electricity). a) What is the interpretation of A? b) Under what condition(s) does the production function exhibit constant returns to scale? Is it homogeneous? Are the marginal products of inputs increasing, constant, or decreasing? c) Set up the profit maximization problem for the firm. d)...
1. Price of x is 12 and price of y is 8. Answer the following questions for a consumer who earns $600 and whose preference can be represented with the utility functions U(x,y) x0.4y0.6 = a) Write down the utility maximization problem. (2 points) b) Does the utility function represent convex preference? Explain. (2 points) c) Write down the budget constraint. What is the slope of the budget line? (2 points) d) What is the slope of the indifference curve...
Problem 2 Mr. Lee runs an orange grove, SweetOrange. It's harvest season and each week using labor services (L) and equipment (K) SweetOrange can bring q(L,K) = 250L1/3 K1/3 pounds of oranges to market. a) Does technology at SweetOrange display diminishing returns to labor? Does it display diminishing returns to equipment? Explain. b) Does technology at SweetOrange display increasing, constant, or decreasing returns to scale? c) If SweetOrange employs 2 workers and uses 3 pieces of equipment, what is the...
Consider the case of a firm that produces output x (sold at price p) using a production function x = A*l^(α)*k^(1‐α‐β)*e^β, where l is labor, k is capital, and e is energy (for example, oil or electricity). a) What is the interpretation of A? b) Under what condition(s) does the production function exhibit constant returns to scale? Is it homogeneous? Are the marginal products of inputs increasing, constant, or decreasing? c) Set up the profit maximization problem for the firm....
In the market of cars, there are two firms operating. The Industry Demand Curve is a function of the outputs being produced by both firms, and is given as: P = 240−(X1+X2), where X1 and X2 are the outputs of Firm 1 and Firm 2 respectively. The Total Cost faced by Firm 1 is TC1 = 20X1 and by Firm 2 is TC2 = 20X2. Each firm maximizes its own profit by choosing its own output, while taking the output...
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4. Benson's Park is a monopolist in the local camping market in the town of West Anderson. They face an inverse demand curve given by P-400-8Q, where Q is the number of tickets they sell. The park's cost function is C(Q)-100+160 Write down Benson's profit function (2 point) Find the first-order condition for profit maximization. (2 points) Find the profit-maximizing price and quantity, and the maximum profit. (3 points) a. b. c. d. Calculate...