Exam 32: Welfare-Part B
Exam 1: Budget Constraint-Part A59 Questions
Exam 1: Budget Constraint-Part B35 Questions
Exam 2: Preferences-Part A49 Questions
Exam 2: Preferences-Part B30 Questions
Exam 3: Utility-Part A57 Questions
Exam 3: Utility-Part B30 Questions
Exam 4: Choice-Part A64 Questions
Exam 4: Choice-Part B31 Questions
Exam 5: Demand-Part A80 Questions
Exam 5: Demand-Part B36 Questions
Exam 6: Revealed Preference-Part A58 Questions
Exam 6: Revealed Preference-Part B26 Questions
Exam 7: Slutsky Equation-Part A51 Questions
Exam 7: Slutsky Equation-Part B30 Questions
Exam 8: Buying and Selling-Part A75 Questions
Exam 8: Buying and Selling-Part B30 Questions
Exam 9: Intertemporal Choice-Part A61 Questions
Exam 9: Intertemporal Choice-Part B31 Questions
Exam 10: Asset Markets-Part A46 Questions
Exam 10: Asset Markets-Part B30 Questions
Exam 11: Uncertainty-Part A39 Questions
Exam 11: Uncertainty-Part B24 Questions
Exam 12: Risky Assets-Part A16 Questions
Exam 12: Risky Assets-Part B10 Questions
Exam 13: Consumers Surplus-Part A42 Questions
Exam 13: Consumers Surplus-Part B30 Questions
Exam 14: Market Demand-Part A101 Questions
Exam 14: Market Demand-Part B25 Questions
Exam 15: Equilibrium-Part A48 Questions
Exam 15: Equilibrium-Part B20 Questions
Exam 16: Auctions-Part A36 Questions
Exam 16: Auctions-Part B25 Questions
Exam 17: Technology-Part A52 Questions
Exam 17: Technology-Part B30 Questions
Exam 18: Profit Maximization-Part A53 Questions
Exam 18: Profit Maximization-Part B21 Questions
Exam 19: Cost Minimization-Part A78 Questions
Exam 19: Cost Minimization-Part B26 Questions
Exam 20: Cost Curves-Part A53 Questions
Exam 20: Cost Curves-Part B25 Questions
Exam 21: Firm Supply-Part A46 Questions
Exam 21: Firm Supply-Part B15 Questions
Exam 22: Industry Supply-Part A49 Questions
Exam 22: Industry Supply-Part B33 Questions
Exam 23: Monopoly-Part A76 Questions
Exam 23: Monopoly-Part B35 Questions
Exam 24: Monopoly Behavior-Part A34 Questions
Exam 24: Monopoly Behavior-Part B20 Questions
Exam 25: Factor Markets-Part A24 Questions
Exam 25: Factor Markets-Part B20 Questions
Exam 26: Oligopoly-Part A55 Questions
Exam 26: Oligopoly-Part B25 Questions
Exam 27: Game Theory-Part A34 Questions
Exam 27: Game Theory-Part B25 Questions
Exam 28: Game Applications-Part A34 Questions
Exam 28: Game Applications-Part B25 Questions
Exam 29: Behavioral Economics34 Questions
Exam 30: Exchange-Part A72 Questions
Exam 30: Exchange-Part B30 Questions
Exam 31: Production-Part A35 Questions
Exam 31: Production-Part B25 Questions
Exam 32: Welfare-Part A27 Questions
Exam 32: Welfare-Part B25 Questions
Exam 33: Externalities-Part A42 Questions
Exam 33: Externalities-Part B25 Questions
Exam 34: Information Technology-Part A24 Questions
Exam 34: Information Technology-Part B15 Questions
Exam 35: Public Goods-Part A26 Questions
Exam 35: Public Goods-Part B15 Questions
Exam 36: Asymmetric Information-Part A31 Questions
Exam 36: Asymmetric Information-Part B20 Questions
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A parent has two children living in cities with different costs of living.The cost of living in city B is 3 times the cost of living in city A.The child in city A has an income of $3,000 and the child in city B has an income of $9,000.The parent wants to give a total of $2,000 to her two children.Her utility function is U(CA, CB)= CACB, where CA and CB are the consumptions of the children living in cities A and B respectively.She will choose to give
Free
(Multiple Choice)
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(68)
Correct Answer:
B
Hatfield and McCoy burn with hatred for each other.They both consume corn whisky.Hatfield's utility function is U = WH - W 2M /32 and McCoy's utility is U = WM - W2H /32, where WH is Hatfield's whisky consumption and WM is McCoy's whisky consumption, measured in gallons.The sheriff has a total of 52 gallons of confiscated whisky which he could give back to them.For some reason, the sheriff wants them both to be as happy as possible and he wants to treat them equally.The sheriff should give them each
Free
(Multiple Choice)
4.8/5
(92)
Correct Answer:
A
A parent has two children living in cities with different costs of living.The cost of living in city B is 3 times the cost of living in city A.The child in city A has an income of $3,000 and the child in city B has an income of $9,000.The parent wants to give a total of $4,000 to her two children.Her utility function is U(CA, CB)= CACB, where CA and CB are the consumptions of the children living in cities A and B respectively.She will choose to give
Free
(Multiple Choice)
4.8/5
(80)
Correct Answer:
D
A parent has two children living in cities with different costs of living.The cost of living in city B is 3 times the cost of living in city A.The child in city A has an income of $2,000 and the child in city B has an income of $6,000.The parent wants to give a total of $1,000 to her two children.Her utility function is U(CA, CB)= CACB, where CA and CB are the consumptions of the children living in cities A and B respectively.She will choose to give
(Multiple Choice)
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(75)
Suppose that Paul and David have utility functions U = 5AP + OP and U = AD + 3OD, respectively, where AP and OP are Paul's consumptions of apples and oranges and AD and OD are David's consumptions of apples and oranges.The total supply of apples and oranges to be divided between them is 16 apples and 14 oranges.The "fair" allocations consist of all allocations satisfying
(Multiple Choice)
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Suppose that Romeo has the utility function U = S 5RS 2J and Juliet has the utility function U = S 2RS 5J, where SR is Romeo's spaghetti consumption and SJ is Juliet's.They have 42 units of spaghetti to divide between them.
(Multiple Choice)
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(78)
Suppose that Paul and David have utility functions U = 4AP + OP and U = AD + 5OD, respectively, where AP and OP are Paul's consumptions of apples and oranges and AD and OD are David's consumptions of apples and oranges.The total supply of apples and oranges to be divided between them is 16 apples and 16 oranges.The "fair" allocations consist of all allocations satisfying
(Multiple Choice)
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A parent has two children living in cities with different costs of living.The cost of living in city B is 3 times the cost of living in city A.The child in city A has an income of $3,000 and the child in city B has an income of $9,000.The parent wants to give a total of $2,000 to her two children.Her utility function is U(CA, CB)=CACB, where CA and CB are the consumptions of the children living in cities A and B respectively.She will choose to give
(Multiple Choice)
5.0/5
(76)
A Borda count is used to decide an election between three candidates, x, y, and z, where a score of 1 is awarded to a first choice, 2 to a second choice, and 3 to a third choice.There are 26 voters.9 voters rank the candidates x first, y second, and z third; 9 voters rank the candidates x first, z second, and y third; 6 rank the candidates z first, y second, and x third; and 2 voters rank the candidates y first, z second, and x third.Which candidate wins?
(Multiple Choice)
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A Borda count is used to decide an election between three candidates, x, y, and z, where a score of 1 is awarded to a first choice, 2 to a second choice, and 3 to a third choice.There are 25 voters.10 voters rank the candidates x first, y second, and z third; 7 voters rank the candidates x first, z second, and y third; 5 rank the candidates z first, y second, and x third; and 3 voters rank the candidates y first, z second, and x third.Which candidate wins?
(Multiple Choice)
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(95)
Suppose that Paul and David have utility functions U = 5AP + OP and U = AD + 3OD, respectively, where AP and OP are Paul's consumptions of apples and oranges and AD and OD are David's consumptions of apples and oranges.The total supply of apples and oranges to be divided between them is 14 apples and 14 oranges.The "fair" allocations consist of all allocations satisfying
(Multiple Choice)
4.9/5
(82)
A Borda count is used to decide an election between three candidates, x, y, and z, where a score of 1 is awarded to a first choice, 2 to a second choice, and 3 to a third choice.There are 23 voters.3 voters rank the candidates x first, y second, and z third; 5 voters rank the candidates x first, z second, and y third; 10 rank the candidates z first, y second, and x third; and 5 voters rank the candidates y first, z second, and x third.Which candidate wins?
(Multiple Choice)
5.0/5
(75)
Hatfield and McCoy burn with hatred for each other.They both consume corn whisky.Hatfield's utility function is U = WH - W 2M /8 and McCoy's utility is U = WM - W 2H /8, where WH is Hatfield's whisky consumption and WM is McCoy's whisky consumption, measured in gallons.The sheriff has a total of 48 gallons of confiscated whisky which he could give back to them.For some reason, the sheriff wants them both to be as happy as possible and he wants to treat them equally.The sheriff should give them each
(Multiple Choice)
4.7/5
(77)
Suppose that Romeo has the utility function U = S 6RS4J and Juliet has the utility function U = S4RS 6J, where SR is Romeo's spaghetti consumption and SJ is Juliet's.They have 70 units of spaghetti to divide between them.
(Multiple Choice)
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(85)
A parent has two children living in cities with different costs of living.The cost of living in city B is 2 times the cost of living in city A.The child in city A has an income of $5,000 and the child in city B has an income of $10,000.The parent wants to give a total of $4,000 to her two children.Her utility function is U(CA, CB)= CACB, where CA and CB are the consumptions of the children living in cities A and B respectively.She will choose to give
(Multiple Choice)
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(81)
A Borda count is used to decide an election between three candidates, x, y, and z, where a score of 1 is awarded to a first choice, 2 to a second choice, and 3 to a third choice.There are 20 voters.4 voters rank the candidates x first, y second, and z third; 5 voters rank the candidates x first, z second, and y third; 8 rank the candidates z first, y second, and x third; and 3 voters rank the candidates y first, z second, and x third.Which candidate wins?
(Multiple Choice)
4.9/5
(70)
Hatfield and McCoy burn with hatred for each other.They both consume corn whisky.Hatfield's utility function is U = WH - W 2M /8 and McCoy's utility is U = WM - W 2H /8, where WH is Hatfield's whisky consumption and WM is McCoy's whisky consumption, measured in gallons.The sheriff has a total of 48 gallons of confiscated whisky which he could give back to them.For some reason, the sheriff wants them both to be as happy as possible and he wants to treat them equally.The sheriff should give them each
(Multiple Choice)
4.9/5
(74)
Suppose that Paul and David have utility functions U = 3AP + OP and U = AD + 2OD, respectively, where AP and OP are Paul's consumptions of apples and oranges and AD and OD are David's consumptions of apples and oranges.The total supply of apples and oranges to be divided between them is 10 apples and 20 oranges.The "fair" allocations consist of all allocations satisfying
(Multiple Choice)
4.9/5
(77)
Suppose that Paul and David have utility functions U = 5AP + OP and U = AD + 3OD, respectively, where AP and OP are Paul's consumptions of apples and oranges and AD and OD are David's consumptions of apples and oranges.The total supply of apples and oranges to be divided between them is 12 apples and 20 oranges.The "fair" allocations consist of all allocations satisfying
(Multiple Choice)
4.8/5
(83)
Suppose that Romeo has the utility function U = S 3RS1J and Juliet has the utility function U = S1RS 3J, where SR is Romeo's spaghetti consumption and SJ is Juliet's.They have 36 units of spaghetti to divide between them.
(Multiple Choice)
4.9/5
(80)
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