e. Total Revenue is = Price * Quantity
or, Total revenue = x* (404 - 2x)
or Total Revenue = 404x - 2x2
f. Profit = Total revenue - Total Cost
or, Profit = (404x - 2x2) - (300 + 4x + 48x)
or, Profit = 352x - 2x2 - 300
Kindly up vote my answer.
Please solve e and f (30 points) Assume a for-profit hospital is a monopolist with a...
Part E-H Assume a profit-maximizing monopolist faces a market demand given by P = (12,000 – 90Q)/100 and long run total and marginal cost given by LRTC = 5Q + Q2 + 40 (Note: The answer to this question must be hand-written.): a) Find the equation of the marginal revenue curve corresponding to the market demand curve. b) Find the equation for the marginal cost function. c) Find the profit-maximizing quantity of output for the monopoly and the price the...
(e) (8 points) Calculate the Lerner Index at the profit maximizing price and quantity. (f) (16 points) What is the price elasticity at the profit maximizing price and quantity? Is it elastic, unit elastic, or inelastic? 7. Gilead, Johnson and Johnson, Moderna, amongst other are rushing to develop a vaccine for COVID- 19. The organization to develop the vaccine will essentially have a monopoly due to patent rights and other barriers to entry such as costs, production, and expertise. Suppose...
i just need the answer for "e". Problem 1 (4 points) Knope Industries is a firm that produces miniature model souvenirs with total cost function TC(Q) = 2500 + 50Q +0.02Q2 (e) Sketch a graph with the demand curve, marginal revenue curve, and marginal cost curve, and label the profit-maximizing price and quantity. (1 pt) Problem 1 (4 points) Knope Industries is a firm that produces miniature model souvenirs with total cost function TCQ) = 2500+ 500+ 0.02Q (a) Write...
2. A monopolist sells a product with a total cost function TC = 1200 +0.502. The market demand curve is given by the equation P= 300- a. Find the profit-maximizing output and price for this monopolist. Is the monopolist profitable? b. Calculate the price elasticity of demand at the monopolist's profit-maximizing price. Also calculate the marginal cost at the monopolist's profit-maximizing output. Verify that the IEPR holds.
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Problem 1. (7 points) A monopolist faces the following average revenue (demand) curve: P = 300-0.3Q and the monopolist's cost function is given by C(Q) = 8000+0.3Q2 (a) Derive the monopolist's marginal revenue equation. (2 pts) (b) Derive the monopolist's marginal cost equation. (1 pt) (c) What level of output will the monopolist choose in order to maximize its profits? (2 pts) (d) What price will the monopolist receive at the profit-maximizing level of output? (1 pt) (e) Calculate the monopolist's profit when they produce at the profit-maximizing level....
Chs. 14 and 15 (Monopolistic Co.. The Table belows shows data pertaining to a monopolist. Use the table to answer the following questions Total Marginal Total Cost Cost Marginal Price S Quantity Revenue Revenuec MC $ TR $ MR $ $50 75 100 125 $10 8 7 6 5 4 15 20 25 30 35 40 45 eBook 150 175 200 225 a. Complete the table above. Be sure to include a negative sign where appropriate. b. Identify the inelastic...
marginal revenue A monopolist maximizes profit by choosing the quantity at which marginal revenue equals at that quantity because the demand curve is above the marginal-revenue curve. Profit equals mulitplied by the profit-maximizing quantity Price is and marginal cost average variable cost average cost marginal revenue. A monopolist maximizes profit by choosing the quantity at which marginal revenue equals Price is at that quantity because the demand curve is above the marginal-revenue curve. Profit equals the difference between the price...
b) How much output should the monopolist produce in order to maximize profit? c) How much labor should the firm hire to produce this output? d) How Much Capital should the firm hire? e) What price should the monopolist charge? f) What is the deadweight loss? g) What is the Price Elasticity of Demand at the profit-maximizing price and quantity? 3. Suppose a monopolist has a production function given by Q = L12K12. Therefore, L2 MPL K2 2/12 , and...
The demand function facing the monopolist is given by D(p) 10/p, and the monopolist has positive marginal cost of c. What is the profit-maximizing level of output? The demand function facing the monopolist is given by D(p) 10/p, and the monopolist has positive marginal cost of c. What is the profit-maximizing level of output?