Promoters of a major college basketball tournament estimate that the demand for tickets by adults is QA = 5,000 - 10P and the demand for tickets by students is QS = 10,000 - 100P. The marginal cost and average total cost of seating an additional spectator is constant, MC = $10, The promoters want to segment the market and charge adults and students different prices. What is the profit maximizing ticket price for students?

Suppose that you are in charge of a toll bridge over the Mississippi River. The demand for bridge crossing Q is given by the following: 2P = 20 - Q a) How many people would cross the bridge if there were no toll? (YOU MUST SHOW YOUR WORK TO RECEIVE CREDIT) b) The toll bridge operator is considering setting up a price of $5.00. At that price, how many people will cross the bridge? (YOU MUST SHOW YOUR WORK TO RECEIVE CREDIT) c) How many people would cross the bridge if the toll is set at $10.00? (YOU MUST SHOW YOUR WORK TO RECEIVE CREDIT)

*1    A small village has only one Italian restaurant. The daily demand for dinners in this restaurant is P=120-2Q, where P is the price in £ and Q is the number of dinners. It has a fixed cost of £300 and a marginal cost of £10 for the first 15 dinners. If it wants to produce more than 15 dinners, it must pay overtime wages to its workers, with the marginal cost rising to £20. What is the maximum amount of profit the restaurant can earn? Illustrate your answer on a diagram.

Let's say there is demand in a market. The unit cost of production of the good is fixed and is at level 3. If you had a technology that could reduce this cost to 1, how much would you sell the pantent of the technology you have? (Hint: How much does society spend to get the technology you have?)

The airline’s use of demand pricing results in passengers paying different prices for essentially the same seat. What is the benefit of this practice to the airline and to the passengers? What is the drawback to the airline and the passengers? Do you think this practice should be continued? If not, what would be the best alternative?

The widget market is competitive and includes no transaction costs. Five suppliers are willing to sell one widget at the following prices: $26, $14, $10, $5, and $3 (one seller at each price). Five buyers are willing to buy one widget at the following prices: $10, $14, $26, $34, and $42 (one buyer at each price). For each price shown in the following table, use the given information to enter the quantity demanded and quantity supplied. Price Quantity Demanded Quantity Supplied ($ per widget) (widgets) (widgets) $3 $5 $10 $14 $26 $34 $42 In this market, the equilibrium price will be per widget, and the equilibrium quantity will be widgets.

Based on Zangwill (1992). Murray Manufacturing runs a day shift and a night shift. Regardless of the number of units produced, the only production cost during a shift is a setup cost. It costs $8000 to run the day shift and $4500 to run the night shift. Demand for the next two days is as follows: day 1, 2000; night 1, 3000; day 2, 2000; night 2, 3000. It costs $1 per unit to hold a unit in inventory for a shift. a. Determine a production schedule that minimizes the sum of setup and inventory costs. All demand must be met on time. (Note: Not all shifts have to be run.) b. After listening to a seminar on the virtues of the Japanese theory of production, Murray has cut the setup cost of its day shift to $1000 per shift and the setup cost of its night shift to $3500 per shift. Now determine a production schedule that minimizes the sum of setup and inventory costs. All demand must be met on time. Show that the decrease in setup costs has actually raised the average inventory level. Is this…

A university’s students have demand for credit hours given by q = 30 – 0.04p, where p is the price per credit hour. a) If the university charges only one price for credit hours irrespective of the number of credit hours a student enrolls for, identify the price per credit hour that would maximize revenue for the university. b) If the university adopts a two-tier pricing structure, identify the structure that would maximize revenue for the university. Note:- Do not provide handwritten solution. Maintain accuracy and quality in your answer. Take care of plagiarism. Answer completely. You will get up vote for sure.

Which of the following statements about price discrimination are true? Choose one or more: A. One example of price discrimination is Subway charging more for its footlong subs than for its 6-inch subs. B. One example of price discrimination is a movie theater charging a lower price for a 2:00 PM movie than it charges for the same movie at 8:00 PM. C. One example of price discrimination is a restaurant that provides a "senior discount" to people over age 50. D. Price discrimination usually leads to higher total surplus than single-price monopolies, and it can even maximize total surplus. a

You provide your services primarily to educational providers, helping them understand how much to charge for their schooling. Imagine that there two types of consumer – high revenue (H) and low revenue (L). Assume demand is given by PL = 1,000–QL/10 and PH = 2,500 – 2QH. In both equations, quantity is in hours of consulting provided. The marginal and average total cost of providing an hour of consulting is $50 per hour. a. Suppose you cannot see who is an H and who is a L, and you can only charge one price. What price do you charge, and how many units do you sell? b. Now imagine you can charge different prices for different quantities, e.g., quantity discounts. Propose a pricing “schedule” (that is, what prices you would offer under what quantity rules) that will allow you to earn greater profit than you would in part a. State how many hours of consulting are sold to each type of consumer.