5. Suppose that the demand equation for a monopolist's product is p = 400 - 2q...
14) The demand equation for a monopolist's product is p = 200 - 0.989, where p is the price per unit (in dollars) of producing q units. If the total cost c (in dollars) of producing 8 units is given by c= 0.02q2 + 2q + 8000, find the level of production at which profit is maximized. 15) The demand function for a monopolist's product is p = 100 – 39, where p is the price per unit (in dollars)...
1) All 20 consumers are alike and each has a demand curve for a monopolist's product of p=12-2q. The cost of production C(Q)=Q. Let the monopolist charge a price of $r per unit purchased and a subscription fee of $F that must be paid by each producer. Find the r and F that maximize profits. a) What is r? b) What is F? c) What is the maximum profit the monopolist can earn in this market? (pi) 2)All 200 consumers...
10,000 where p is the price per 12) The demand equation for a monopolist's product is p q225 unit (in dollars) when q units are demanded. (a) Determine the value of q for which revenue is maximum. (b) What is the maximum revenue? 13) A manufacturer found that the total cost c of producing q units of a product is given by c 0.02q22800. At what level of production will average cost be a minimum?
1. Suppose that demand is given by P=100-Q, marginal revenue is MR=100-2Q, and marginal cost (and average cost) is constant at 20. a. What single price will maximize a monopolist's profit? b. What will be the prices and quantity under two-part pricing? It involves a lump sum fee (e.g., membership fee) equal to the consumer surplus at competitive prices and user fees (i.e., unit price) equal to the competitive price. c. Now the monopolist has another group of consumers whose...
A monopolist faces the inverse demand function described by p = 100-2q, where q is output. The monopolist has no fixed cost and his marginal cost is $20 at all levels of output. What is the monopolist's profit as a function of his output?
The inverse demand curve for a monopolist's product is P=-Q/2 +60 and the TC curve for the monopolist is TC = 10Q + 200. How do you find the profit maximizing quantity and he profit maximizing price? Thanks!
How do I solve this problem? 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...
Problem 3: A market with a monopoly producer has inverse demand P = 120 - 2Q (which gives marginal revenue MR = 120 - 4Q). The monopolist has marginal costs are MCQ) = 4Q and no fixed costs. a) What is the monopolist's producer surplus when it charges the profit maximizing uniform price. b) What is the deadweight loss due to monopoly in this market? c) What would the monopolist's producer surplus be if it could engage in first degree...
Suppose the demand functions facing wireless telephone monopolists are: Here is the equation again in case it is hard to read: Q Low = 400 - 100 P Q High = 140 - 100 P Q£ =40-100F for each low-demand consumer and QÅ=140-100F for each high-demand consumer, where P is the per-minute price in dollars. The marginal cost is $0.20 per minute. Suppose the monopolist offers only a single two-part tariff. Instructions: Round your answers to 2 decimal places as...
5. A monopolist faces a demand curve P = 60 – 2Q and initially faces a constant marginal cost MC = 4. (a) Calculate the profit-maximizing monopoly quantity and price, and compute the monopolist's total rev- enue and profits at the optimal price. (b) Suppose that the monopolist's marginal cost in- creases to MC = 8. Verify that the monopolist's total revenue goes down. (c) Suppose that all firms in a perfectly competitive equilibrium had a constant marginal cost MC...