A computer hardware firm sells both laptop computers and printers. Through the magic of focus groups, their pricing team determines that they have an equal number of three types of customers, and that these customers' reservation prices are as illustrated in the figure below. Laptop $900 $1,000 $650 Bundle $1.000 $1,150 $700 Printer Customer A Customer B $100 $150 $50 Customer C Assume for simplicity the marginal cost of production for laptops and printers is zero. If the firm were to charge only individual prices (not use the bundle price), what prices should it set for its laptops and printers to maximize profit? Assuming for simplicity that the firm has only one customers of each type, how much does it earn in total? To maximize profit using individual prices, the firm should charge a price for laptops of p= and a price for printers of p=

A computer hardware firm sells both laptop computers and printers. Through the magic of focus groups, their pricing team determines that they have an equal number of three types of customers, and that these customers' reservation prices are as illustrated in the figure below. Laptop $900 $1,000 $650 Bundle $1.000 $1,150 $700 Printer Customer A Customer B $100 $150 $50 Customer C Assume for simplicity the marginal cost of production for laptops and printers is zero. If the firm were to charge only individual prices (not use the bundle price), what prices should it set for its laptops and printers to maximize profit? Assuming for simplicity that the firm has only one customers of each type, how much does it earn in total? To maximize profit using individual prices, the firm should charge a price for laptops of p= and a price for printers of p=

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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7. Assume that the marginal cost curve is given by mc(q) = 100 + 2q. (a) If the price is $160, what is the optimal production for the firm? What if the price is $120? (ignore the shut-down decision for this part) (b) Assuming that the market is cleared at $160 (no shortage/surplus). If the market demand is equal to 10,000 units of the product. How many firms are currently operating (n) in the market? (Hint: if the market clears qª = n x q°) (c) If the total cost curve is TC 256 + 100g + q², what's the average total cost curve? %3| what's the break-even price? (d) If the demand curve is given by qd = 8, 452 – p, what's the long-run equilibrium price, the equilibrium quantity and the long-run total number of firms (n) in the industry?
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Your college newspaper, The Collegiate Investigator, sells for 90¢ per copy. The cost of producing x copies of an edition is given by C(x) = 60 + 0.10x + 0.001x² dollars. (a) Calculate the marginal profit function, in dollars per copy. P'(x) = (b) Compute the marginal profit, if you have produced and sold 500 copies of the latest edition. When you produce and sell 500 copies, the marginal profit is dollars per copy. Interpret the results: The approximate loss from the production and sale of the 501st сорy is dollars.
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The following graph plots the marginal cost (MC) curve, average total cost (ATC) curve, and average variable cost (AVC) curve for a firm operating in the competitive market for sun lamps.
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A movie theater shows films for a community of 10000 people. Right now, the price per ticket is $17.50. In the past, when they increased or decreased the price per ticket, they discovered that for every dollar (or fraction) that the price was increased or decreased, the attendance decreased or increased proportionally by 200 people. The theater owner pays the Film Distribution Company $10 (incremental cost) in royalties per person whoviews the film. Find a. The willingness to pay distribution of the movie goers. b. The average price they would be willing to pay. c. The price per ticket that maximizes revenue. d. Should the theater owner increase or decrease the price per ticket if she wants to maximize contribution? e. Find the consumer surplus if the tickets are priced at the price that maximizes contribution. Please complete in excel showing formulas on how it was completed
For the Water Utility, it costs $50,000 per month to lease the land and equipment for the water treatment facility and pumping station and maintain the water supply system. It costs $10Q to deliver water to households (Q is thousands of gallons). The town’s monthly demand for water is QD = 5000 – 100P, where P is price. Calculate the quantity of water, the price, total revenue, total cost, total profit, marginal revenue, marginal cost, the markup, the profit margin, and marginal profit at unregulated price and quantity of water. What price per gallon will they charge?