(1) Complete the above table by filling all blanks. (2) As long as Tony and Jill operate as a profit-maximizing monopoly, what will the weekly market quantity of water supplied by Tony & Jill (Qm), price of water (PM), and their weekly joint profit? QM (Q51) PM = $ (Q52) Profit = $ (Q53)
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- Jill and Jack both have two pails that can be used to carry water down from a hill. Each makes only one trip down the hill, and each pail of water can be sold for $5. Carrying the pails of water down requires considerable effort. Both Jill and Jack would be willing to pay $2 each to avoid carrying one pail down the hill, and an additional $3 to avoid carrying a second pail down the hill. a. Given market prices, how many pails of water will each child fetch from the top of the hill? pails. b. Jill and JackThree roommates, Alan, Billy and Casey, are planning to spend the weekend in their dorm room watching old movies, and they are debating how many to watch. Table below indicates their willingness to pay for each movie: 1st movie 2nd movie 3rd movie 4th movie 5th movie Alan $20 $10 $0 $0 $0 Billy $30 $20 $10 $0 $0 Casey $50 $40 $30 $20 $10 Suppose the steaming fee is $40 per movie. How many movies should the roommates stream to achieve the most efficient outcome? Explain with the help of necessary calculations by utilizing the information in the above table.Suppose five people have houses on the same small lane. They all individually benefit from regular maintenance of the lane. Their individual marginal benefit curves are P = 8 ― (1/10)Q, where P reflects a willingness to pay in thousands and Q is the length of the road repaired in ten-yard units. The cost of maintenance is $2,000 per ten yards. Suppose one person is currently the only one paying for maintenance. How much does this person buy, and what is the deadweight loss? Does anyone individually have an incentive to pay for additional maintenance, and why or why not?
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- JetBlue and Delta are the only two major airlines with regularly scheduled service between New York and Nantucket. There are 900 potential passengers every week, each of whom is willing to pay up to $400 for a ticket. Since the two airlines provide an essentially identical (bad) service, customers simply prefer to buy from the cheaper one. (If they charge the same price, then they will split the market equally.) Each airline can transport at most 1200 passengers each week. You can safely assume that each airline spends literal peanuts (i.e., zero) serving passengers; however, each passenger displaces air cargo that is worth $160 in profits to the carriers. Suppose that each airline takes a short-run perspective and only wants to maximize each week's profits, and that neither one would consider shutting down the route in the foreseeable future. (a) What is the appropriate economic model to study price competition in this market? (b) If you use Nash equilibrium to make a prediction, what…JetBlue and Delta are the only two major airlines with regularly scheduled service between New York and Nantucket. There are 900 potential passengers every week, each of whom is willing to pay up to $400 for a ticket. Since the two airlines provide an essentially identical (bad) service, customers simply prefer to buy from the cheaper one. (If they charge the same price, then they will split the market equally.) Each airline can transport at most 1200 passengers each week. You can safely assume that each airline spends literal peanuts (i.e., zero) serving passengers; however, each passenger displaces air cargo that is worth $160 in profits to the carriers. Suppose that each airline takes a short-run perspective and only wants to maximize each week’s profits, and that neither one would consider shutting down the route in the foreseeable future. a) What is the appropriate economic model to study price competition in this market, and why? b) If you use Nash equilibrium to make a…Two athletes of equal ability are competing for aprize of $10,000. Each is deciding whether to takea dangerous performance-enhancing drug. If oneathlete takes the drug and the other does not, the onewho takes the drug wins the prize. If both or neithertake the drug, they tie and split the prize. Taking thedrug imposes health risks that are equivalent to a lossof X dollars.QuickQuiz Answers1. d 2. c 3. a 4. d 5. c 6. b 7. d 8. ba. Draw a 2×2 payoff matrix describing the decisionsthe athletes face.b. For what X is taking the drug the Nashequilibrium?c. Does making the drug safer (that is, lowering X)make the athletes better or worse off? Explain.