Question 4: Suppose that scientists develop a way to cross tomatoes and potatoes into a new super veggie (after much debate over whether it would be called a totato or a pomato, the latter name won). There are only 6 consumers in the world that would even consider buying a pomato, each of whom wants just one, and so the scientists ask these 6 consumers how much they will pay (WTP) for one pomato. The consumers respond (truthfully) Consumer WTP Alex 7 Ben 16 Carrie 14 Dan 24 Ellie 8.
Q: Suppose you work for United Airlines. You have been assigned to conduct a cost-benefit analysis for…
A: Cost-benefit analysis is an economic tool used to evaluate the pros and cons of a decision or…
Q: Brian and Edison are considering contributing toward the creation of a public park. Each can choose…
A: A public good is something that is non-excludable and non-rival. No one can be excluded from…
Q: Ming lives in Seattle and recently bought a $125 ticket to attend a Seattle Seahawks game. He is a…
A: Opportunity cost is the value of the next best option that is lost or given up when a choice is made…
Q: According to the Centers for Disease Control and Prevention, a 40-year-old woman has a 15 in 10,000…
A: Insurance is an agreement in which an insurer repays one more against misfortunes from explicit…
Q: Our earlier model focused on the most basic trade-off introduced by the policy. One aspect of the…
A: To assess the problem, let's compute the utility of buying a new automobile against maintaining the…
Q: suppose that there is a scrappage scheme which only provides a partial subsidy: if the citizen buys…
A: 1.1 Utility of buying a new car (x = new):Net benefit of driving in ULEZ: B( new) = 20Cost of car: C…
Q: Suppose the government decided to issue tradeable permits for a certain form of pollution, does it…
A: government decided to issue tradeable permits for a certain form of pollution.
Q: Aaron and his friends Britney, Carlos, Diana, Emily, Frank, Gwen, Hugo, Isabela, and Juliana have…
A: 10 friends have 2 weekend activities to do mentioned below:ParkHot TubBenefit received by each…
Q: Imagine two drivers playing chicken, a game where they drive towards one another with their cars.…
A: Dominating Strategies:A dominating strategy is one that always gives a player a higher payoff,…
Q: Suppose a vaccine for COVID-19 is developed and becomes available to the general population. The…
A: The link between the amount of a product provided and its price, while maintaining other variables…
Q: 3. Voluntary contributions toward a public good Hubert and Manuel are considering contributing…
A:
Q: Suppose that a worker in Country A can make either 25 bananas or 5 tomatoes each year. Country A has…
A: Consumption is the act of using resources to satisfy current needs and wants. It is seen in contrast…
Q: Not a previously graded question. Suppose that Ciana is deciding whether or not to buy a pair of…
A: The cost of the next-best alternative is what determines the opportunity cost. The opportunity cost…
Q: Poornima and Valerie are considering contributing toward the creation of a public park. Each can…
A: Valerie contributes. Does not contribute Poornima $420 $210 Does not contribute: $510 $300. Poornima…
Q: Suppose Darcy has promised to mow his mum's lawn, either this Saturday (t-1), Saturday week (t=2),…
A: To determine Darcy's preferred period to mow the lawn based on his hyperbolic discounting…
Q: Please see attached
A: Given:Minimum selling price = $570000
Q: Exercise 1.12. Consider the following game. There is a club with three members: Ann, Bob and Carla.…
A: Game theory refers to a type mathematical discipline commonly applied to the analysis of interactive…
Q: Using data from household surveys, you have determined that the ‘typical’ household’s preferences…
A: The utility function is U= (x + 36)y The marginal utilities are: MUx = y and MUy = x + 36.…
Q: Suppose that there are three beachfront parcels of land available for sale in Astoria and six people…
A: The willingness to pay for a consumer refers to the maximum amount the consumer is ready to pay for…
Q: The “Operation Varsity Blues” is the college bribery scandal in 2019 in which the parents of many…
A: Bribery: It is the amount given illegally to get our work done.
Q: Juanita is deciding whether to buy a dress that she wants, as well as where to buy it. Three stores…
A: Opportunity cost is the foregone income that could have been earned if resources were invested…
Q: (b) Suppose there are two roommates John and Bill; each has a wealth of $1000. They are trying to…
A: Let us write the well being/welfare of all the options in terms of the valuation provided - Strategy…
Q: Juanita and Neha are considering contributing toward the creation of a water fountain. Each can…
A: As per the honor code, since we only answer up to 3 parts, we’ll answer the first 3. Please…
Q: The movie theater in Glendon has two types of customers: domestic students (group 1) and…
A: In the case of monopolists who discriminate prices between two or more markets, the equilibrium…
Q: Suppose that a mechanic owns a building and is renting part of the building's space to a library.…
A: Part-1Yes, a private solution shall be made between labrary and mechanic. As the library has to…
Q: Martha spends 5 hours of free time exercising and playing music per day. The table below represents…
A: Marginal utility (MU) is defined as the extra utility or benefit a consumer gets by consuming an…
Q: Q2. Preferences and utility Let's assume that country A prefers not to make additional concessions…
A: Expected utility is a thinking used in choice principle and economics to quantify how persons or…
Q: Suppose that 2 roommates, Andy and Bob, are trying to pick an apartment in Chicago. Locations can be…
A: Pareto efficient allocation refers to the ones deviating from which no person can be made better off…
Q: COVID-19 has caused several shortages: paper products, hand sanitizer, and even nurses. When a…
A: We are going to use present value concept to answer this question. Suppose we have future cash flows…
Q: Sophia is a contestant on a game show and has selected the prize that lies behind door number 3. The…
A: The Monty Hall problem is a classic probability puzzle. In this problem, the player is asked to…
Q: In 1938, major powers met in Munich to discuss Germany’s demands to annex part of Czechoslovakia.…
A: Given information 2 countries Allies and Germany Allies has 2 strategy compromise and fight Germany…
Q: N=2 video broadcasting websites, You and Twi, must decide the number of minutes of ads to be…
A: Given demand function Q(ty)=10-2tY+tTQ(tt)=10-2tT+tStreaming one vidieo cost of…
Q: The Centers for Disease Control and Prevention (CDC) has a new vaccine against a disease and are…
A:
Q: Under one plan for Social Security reform, younger workers can put up to $1,000 of their payroll…
A: Social Security reform refers to changes or modifications made to the Social Security system, which…
Q: she has a utility of UA(XA) = Alice (A) and Bob (B) want to share a pizza of size 1. If A gets a…
A: The Nash bargaining solution is a concept in game theory that seeks to find a fair and efficient…
Q: Cost of the Meal the Meal Benefit to Making Benefit to eating the meal 50 100 20 80 175 30 150 200…
A: Game theory has numerous applications in modern socioeconomics, including pricing strategies,…
Q: Three longtime friends-Linda, Stella, and Lydia-are deciding how they will spend their Sunday…
A: Three friends given: Linda,Stella,Lydia. Decision is to be made regarding whether they should go to…
Q: Ana and Ivan each individually and simultaneously decide whether to spend the evening at a play or a…
A: Ana and Ivan's game involves participants choosing between performing (P) with Ivan (-1 unit) or…
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 1 images
- The magazine Science 84 planned to announce a contest in which anyonecould submit a request for either $20 or $100. If fewer than 20% of the submissions requested $100, then everybody would receive what they requested. If 20% or more asked for $100, then everybody would get nothing. Although the magazine wound up not running the contest, because Lloyds of London was unwilling to insure against losses, we can still analyze what equilibrium would predict. Suppose 100,000 people might participate in the contest, and assume that payoffs are measured in money.a. Assume that every possible participant submits a request for either $20or $100. Find a Nash equilibrium.b. Now suppose that a request form comes only with the purchase of Science 84 and that the magazine costs $21.95. Then each person’s strategy set has three elements: do not buy the magazine, buy the magazine and submit a request for $20, and buy the magazine andsubmit a request for $100. Suppose zero value is attached to…While eating at Lizzy's "Taco Taco Taco" shop, Gabi gained 10 utils from her first taco and would only gain 5 additional utils from a second taco, at the same price. Based on this information, we can conclude that Lizzy may have to lower the price to convince Gabi to buy a second taco. Gabi will not eat a second taco, even if it is given to her at no charge. Gabi will definitely want to buy a second taco. Even if Gabi buys a second taco, she will not buy a third taco.Andrew and Darnell are considering contributing toward the creation of a public park. Each can choose whether to contribute $200 to the public park or to keep that $200 for a pool table. Since a public park is a public good, both Andrew and Darnell will benefit from any contributions made by the other person. Specifically, every dollar that either one of them contributes will bring each of them $0.80 of benefit. For example, if both Andrew and Darnell choose to contribute, then a total of $400 would be contributed to the public park. So, Andrew and Darnell would each receive $320 of benefit from the public park, and their combined benefit would be $640. This is shown in the upper left cell of the first table. Since a pool table is a private good, if Andrew chooses to spend $200 on a pool table, Andrew would get $200 of benefit from the pool table and Darnell wouldn't receive any benefit from Andrew's choice. If Andrew still spends $200 on a pool table and Darnell chooses to contribute…
- Suppose you observe a person's answer to two decision problems. Problem 1: You are offered $40 today. What is the minimum amount x you demand one month from today in order to be willing to give up the $40 now? Answer: x = 52. Problem 2: Your are offered $40 today. What is the minimum amount x you demand one year from today in order to be willing to give up the $40 now? Answer: $60. 1. Demonstrate that the rational model of time preferences is violated for this choice pattern. 2. Derive this individual's B and d for the hyperbolic time discounting model. 3. Suppose the utility you get from eating ice cream now is 10 utils. But you pay a cost of -4 utils per hour for the next 4 hours, because it gives you indigestion and makes you feel lethargic. If your hourly B and d for this problem are B = .6 and d = .9, ... 1. What is the total discounted utility of eating ice cream now? 2. What is your total discounted utility now of planning to eat ice cream after lunch tomorrow? 3. Do you eat ice…P P* Pw Pdump S In the graph above, Pw=29, Pdump-17, Q1=6, Q2-9, Q3=13, Q4=20, Q5=22. Germans are able to buy steel on the world market. The graph above shows the German market for Steel. According to the graph above, if US firms dump steel in Germany at a price of Pdump, how will German consumers of steel be affected? Enter the amount of their change in welfare. If they're better off, enter a positive number; if they're worse off, enter a negative number. Round to two decimal places. 120The COVID-19 pandemic severely affected the Australian restaurant industry. Also, Government policy restricting the seating capacity of restaurants resulted in a drastic decline in the number of people dining in restaurants. As the number of COVID-19 cases is steadily decreasing, the government has removed the restriction and, in addition, offered adults in every household a $40 dining voucher to pay part of their restaurant bills. What would be the short-term impact of the government’s $40 dining voucher policy on the equilibrium price and quantity of restaurant meals? Assume that the restaurant industry is competitive and currently in long-run equilibrium. Illustrate your answer with either DIAGRAM A or DIAGRAM B.
- The movie theater in Glendon has two types of customers: domestic students (group 1) and international students (group 2). At a price of p, cents, the number of movie tickets that domestic students are willing to buy per year is given by: q₁-170-0.7p₁. At a price of p₂ cents, the number of movie tickets that international students are willing to buy per year is given by: 92-87-0.3p₂. The total costs for the movie theater depend on the total number of tickets sold, q₁+92, and are given by the following total cost function C(q₁+92)=(91+9₂)². Suppose that the movie theater can identify which students are domestic and which students are international, and students are unable to resell movie tickets to each other. This enables the theater to charge different prices to domestic vs international students. How many movie tickets will domestic students buy (9₁)? How many movie tickets will international students buy (9₂)?It is about travel method problem. You have been commissioned to estimate the demand curve for admission to EuroLand, an amusement park in France. To do this, you spend a day surveying visi tors to the park. Before doing this, you divide the area around the park into 10 zones with the distance from the park approximately constant within a zone. You ask each person you interview where they come from. Based on that information, and figures on annual attendance at the park, you are able to calculate the annual number of visitors from each zone. Your data are shown below: (table) Zone Distance from park (km) Zonal population Number of visitors 1 10 5,000 500 2 20 10,000 900 3 30 25,000 2,000 4 40 10,000 700 5 50 100,000 6,000 6 60 500,000 25,000 7 70 200,000 8,000 8 80 50,000 1,500 9 90 100,000 2,000 10 100 100,000 1,000 You note that admission to Euroland is 150 euros per person. you also calculate that transportation costs, including time costs, are…When a famous painting becomes available for sale, it is often known which museum or collector will be the likely winner. Yet, the auctioneer actively woos representatives of other museums that have no chance of winning to attend anyway. Suppose a piece of art has recently become available for sale and will be auctioned off to the highest bidder, with the winner paying an amount equal to the second highest bid. Assume that most collectors know that Yakov places a value of $35,000 on the art piece and that he values this art piece more than any other collector. Suppose that if no one else shows up, Yakov simply bids $35,0002=$17,500 $35,000 2 = $17,500 and wins the piece of art. The expected price paid by Yakov, with no other bidders present, is. Suppose the owner of the artwork manages to recruit another bidder, Bob, to the auction. Bob is known to value the art piece at $28,000. The expected price paid by Yakov, given the presence of the second bidder Bob, is.
- In 1938, major powers met in Munich to discuss Germany’s demands to annex part of Czechoslovakia. Let us think of the issue as the proportion of Czechoslovak territory given to Germany. Possible outcomes can be plotted on a single dimension, where 0 implies that Germany obtains no territory and 1 implies that Germany obtains all of Czechoslovakia: Most countries at Munich (“Allies” for short) wish to give nothing to Germany: their ideal point is 0, which gives them utility of 1. Their worst possible outcome is for Germany to take all of Czechoslovakia; hence an outcome of 1 gives them utility of 0. In between these extremes, the Allies could propose a compromise, X, which gives them utility of 1 – X. The question for the Allies is whether to propose a compromise or fight a war with Germany, which they are sure will ensue if they offer nothing. If they propose a compromise and Germany accepts, they get a payoff of 1 – X. If they fight, they win with probability p and lose with…A gambling game requires people to place bets on either "Big" or "Small" or "Seven" designating the result of two dice throws. Big represents a sum of 8 to 12, while small is from 2 to 6. The special space "seven" is reserved for, of course, 7. Betting on "Big" provides a 1:1 betting win ratio amount. (Ex: Any bet amount of X, will net the winner another amount X, and still get his bet amount X back. ) Betting on "Small" also provides a 1:1 betting win ratio. The space "Seven" gives a 1:5 win ratio amount: Betting 100 money units on "Seven" and having a result of 7 nets the bettor 500 money units, and still have his 100 money units returned to him. If your bet does not appear, then the player loses his/her bet. What is the net Expected value of the strategy of betting 100 money units on "Big" ? Give your answer to two decimal places.Question-2 The Lahore Metro Bus is crowded for travel during peak hours. During such travel hours two daily passengers 'Ali' and 'Hassan' enter the Metro. Luckily, two adjacent seats are free in the bus. Each of them must decide whether to sit or stand. For both, sitting alone is more comfortable than sitting next to the other person, which in turn is more comfortable than standing. (Note: for parts (a) & (b) below consider Ali as 'row player' and Hassan as 'column player'). a) Model the situation as a strategic game, assuming both 'Ali' and 'Hassan' care only about their own comfort. Find the Nash equilibrium (equilibria) if it exists. Also, does a dominant strategy exist for either 'Ali' or 'Hassan'? b) Now assume that both 'Ali' and 'Hassan' are altruistic, ranking outcomes according to the other person's comfort and, out of politeness, prefer to stand than to sit if the other person stands. Model the situation as a strategic game and find any Nash equilibrium (equilibria) if it…