From California to New York, legislative bodies across the United States are considering eliminating or reducing the surcharges that banks impose on noncustomers, who make $14 million in withdrawals from other banks’ ATM machines. On average, noncustomers earn a wage of $20 per hour and pay ATM fees of $2.75 per transaction. It is estimated that banks would be willing to maintain services for 5 million transactions at $1.00 per transaction, while noncustomers would attempt to conduct 19 million transactions at that price. Estimates suggest that, for every 1 million gap between the desired and available transactions, a typical consumer will have to spend an extra minute traveling to another machine to withdraw cash.

You are a pricing analyst for QuantCrunch Corporation, a company that sells a statistical software package. To date, you only have one client. A recent internal study reveals that this client’s inverse demand for your software is P=1500-5Q and that it would cost you $1,000 per unit to install and maintain software at this client’s site. What is the profit that results from two-part pricing?   (Hint: set the per-unit price for each unit of the software installed and maintained equal to marginal cost; and charge a fixed “licensing fee” that extracts all consumer surplus from the client)

GameZone, a video games store, is considering the best way to price two new games – a first-person shooter (FPS) and a racing game. There are four types of consumers that might buy the games with roughly equal numbers of each type, and their willingness to pay (WTP) for each game is detailed in the table below (assume that the willingness-to-pay for a second game of the same type is zero). How should Gamezone price the two games separately to maximise revenue? How should Gamezone price a bundle of both games to maximise revenue? Is there an alternative (involving bundling) that generates more revenue than either single prices or a bundle alone? Under what condition/s is bundling likely to increase profits for a firm?   Consumer Type WTP for FPS game WTP for racing game A $120 $70 B $70 $120 C $160 $10 D $10 $160

Joe has just moved to a small town with only one golf course, the Northlands Golf Club. His inverse demand function is p=140-2q, where q is the number of rounds of golf that he plays per year. The manager of the Northlands Club negotiates separately with each person who joins the club and can therefore charge individual prices. This manager has a good idea of what Joe's demand curve is and offers Joe a special deal, where Joe pays an annual membership fee and can play as many rounds as he wants at $20, which is the marginal cost his round imposes on the Club. Joe marries Susan, who is also an enthusiastic golfer. Susan wants to join the Northlands Club. The manager believes that Susan's inverse demand curve is p=120-2q. The manager has a policy of offering each member of a married couple the same two-part prices, so he offers them both a new deal. What two-part pricing deal maximizes the club's profit? Will this new pricing have a higher or lower access fee than in Joe's original deal?…

Demand Factor Initial Value Average American household income $40,000 per year Round trip airfare from Los Angeles (LAX) to Las Vegas (LAS) $200 per round trip Room rate at the Lucky Hotel and Casino, which is near the Big Winner $200 per night Use the graph input tool to help you answer the following questions. You will not be graded on any changes you make to this graph. Note: Once you enter a value in a white field, the graph and any corresponding amounts in each grey field will change accordingly. Graph Input Tool Market for Big Winner's Hotel Rooms 500 I Price (Dollars per room) 450 200 400 Quantity Demanded (Hotel rooms per night) 300 350 300 250 Demand Factors 200 150 Average Income (Thousands of dollars) Demand 40 100 50 Airfare from LAX to LAS (Dollars per round trip) 200 0 50 100 150 200 250 300 350 400 450 500 QUANTITY (Hotel rooms) Room Rate at Lucky (Dollars per night) 200 PRICE (Dollars per room)

Please answer this question asap I will rate you for sure. Answer must be in typed format   Suppose that as the price of Y falls from $3.00 to $2.80, the quantity of Y demanded increases from 200 to 210 . Then the absolute value of the price elasticity (using the midpoint formula ) is approximately.

Joe has just moved to a small town with only one golf course, the Northlands Golf Club. His inverse demand function is p=140-2q, where q is the number of rounds of golf that he plays per year. The manager of the Northlands Club negotiates separately with each person who joins the club and can therefore charge individual prices. This manager has a good. idea of what Joe's demand curve is and offers Joe a special deal, where Joe pays an annual membership fee and can play as many rounds as he wants at $20, which is the marginal cost his round imposes on the Club. Joe marries Susan, who is also an enthusiastic golfer. Susan wants to join the Northlands Club. The manager believes that Susan's inverse demand curve is p=120-2q. The manager has a policy of offering each member of a married couple the same two-part prices, so he offers them both a new deal. What two-part pricing deal maximizes the club's profit? Will this new pricing have a higher or lower access fee than in Joe's original…

What is the current price of gasoline and how many gallons of gasoline do you currently buy per month? How many gallons would you buy next month and how would your behavior change if the price fell by $1.25 per gallon? Also, based on that information, what is your price elasticity of demand for gasoline? Be sure to show how you calculated your price elasticity of demand.     current price of gas = $2.53 gallons of gas per month = 72 gallons no change for next month On the average I fill my tank up 3 times a month each time I go I spend $60-$65

Lorena likes to play golf. The number of times per year that she plays depends on both the price of playing a round of golf as well as Lorena’s income and the cost of other types of entertainment—in particular, how much it costs to go see a movie instead of playing golf. The three demand schedules in the table below show how many rounds of golf per year Lorena will demand at each price under three different scenarios. In scenario D1, Lorena’s income is $50,000 per year and movies cost $9 each. In scenario D2, Lorena’s income is also $50,000 per year, but the price of seeing a movie rises to $11. And in scenario D3, Lorena’s income goes up to $70,000 per year, while movies cost $11. a. Using the data under D1 and D2, calculate the cross-elasticity of Lorena’s demand for golf at all three prices. (To do this, apply the midpoints approach to the cross-elasticity of demand.) Is the cross-elasticity the same at all three prices? Are movies and golf substitute goods, complementary goods, or…

5. Price-discriminating monopolist Edison owns a plot of land in the desert that isn't worth much. One day, a giant meteorite falls on his property, making a large crater. The event attracts scientists and tourists, and Edison decides to sell nontransferable admission tickets to the meteor crater to both types of visitors: scientists (Market A) and tourists (Market B). The following graphs show daily demand (D) curves and marginal revenue (MR) curves for the two markets. Edison's marginal cost of providing admission tickets is zero. (? Market A Market B 20 20 18 18 16 16 14 14 Slope: -0.67 12 12 10 10 Slope: -0.67 8 8 4 4 2 2 MR, MRB PB( + 3 9 12 15 18 21 24 27 30 3 12 15 18 21 24 27 30 QUANTITY (Admission tickets) QUANTITY (Admission tickets) PRICE (Dollars per ticket) PRICE (Dolla per ticket)