1. Consider a society with three people (A, B, and C) and four feasible allocations (x1; 2; 3; x4) The utilities for each of the three people from each allocation are displayed in the following table: 21 22 23 24 UA 0 8 8 8 UB Uc 12 82 8 6 2 8 1 1 0 (a) (3 points) Which allocation(s) would be chosen by a Utilitarian planner? (b) (3 points) Which allocation(s) would be chosen by a Rawlsian planner?

2. Aaron and his friends Britney, Carlos, Diana, Emily, Frank, Gwen, Hugo, Isabela, and Juliana have two choices for weekend activities. They can either go to the neighborhood park or get together in Aaron's hot tub. The park isn't much fun, which means that the benefits from being there are low on the friends' common utility scale. In fact, each of the friends receives a benefit equal to 6 "utils" from being at the park. This benefit doesn't depend on how many of the friends go to the park. Aaron's hot tub, on the other hand, can be fun, but the benefits of using it depend on how many of the friends are present. When the tub isn't too crowded, it's quite enjoyable. When lots of people show up, however, the tub is decidedly less pleasant. The relationship between benefit per person (measured in utils) and the number of people in the hot tub (denoted by T) is where AB denotes "average benefit." a) Using the above formula, compute AB for T = 1,2,3,...,10. Next compute total benefit from…

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Would a research study on the effects of soft drink consumption on childrens cognitive development he a positive or normative statement?

Q15.) Marie has a weekly budget of $24, which she likes to spend on magazines and pies. The price of a pie is $12. 1.) If the price of a magazine is $4 each, the maximum number of magazines she could buy in a week is m? 6 magazines 2.) If she buys 1 pie the number of magazines she can buy in a week is? 3 magazines 3.) What is her S opportunity cost of purchasing a pie? $4 What is question 4 answer? 4.) If Marie's weekly budget is $24, which she likes to spend on magazines and pies, and If the price of a pie is $12 each, what is the maximum number of pies she could buy in a week? ___

Option Baseball Bats Tennis Racquets A 20 2 19 C 4 18 6. 16 8 10 F 10 The table above shows the production possibilities frontier for a company producing only 2 goods: baseball bats and tennis racquets. Suppose the company is currently producing 4 bats and 10 racquets all of which have been ordered by customers. If customer John puts in an order for 4 bats, so that the total number of bats to produce would then be 8, what is be the opportunity cost of filling John's order? 8 racquets 10 racquets nothing 18 racquets

Joab and his friends used to play a game where they put on a dog's electric fence collar and tried to stand over the electric fence line because, after careful consideration of the costs and benefits, they decided that the benefits of watching their friends get shocked outweighed the costs of being shocked themselves. According to the economic way of thinking, by playing this game, Joab and his friends were O not responding to the incentives they faced. making an irrational choice. making a rational choice. not fully considering the costs and benefits of their decision since this is obviously a mistake for anybody to do.

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7) Jane has 3 liters of soft drinks and 9 sandwiches. Bob, on the other hand, has 8 liters of soft drinks and 4 sandwiches. With these endowments, Jane's marginal rate of substitution ( MRS) of soft drinks for sandwiches is 4 and Bob's MRS is equal to 2. Draw an Edgeworth box diagram to show whether this allocation of resources is efficient. If it is, explain why. If it is not, what exchanges will make both parties better off?

3. Efficiency in the production possibilities model Suppose the fictional country of Olympia produces only two goods: millet and microprocessors. The following graph plots Olympia's current production possibilities frontier, and includes six different output combinations given by black points (plus symbols) labeled A to F. MICROPROCESSORS (Millions) 100 80 40 20 O 0 PPF +T 20 +< A 40 + E B * D 60 MILLET (Millions of bushels) хс 80 100 (?)