iv. V. If an individual values the marginal utility of consumption when old to be more worth more than the marginal utility of consumption when young, how would this impact the equilibrium obtained in part ii of the question? I Will the decentralized decision-making yield Golden Rule solution? Explain your answer in 4-5 sentences.
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- Suppose that you have two opportunities to invest $1M. The first will increase the amount invested by 50% with a probability of 0.6 or decrease it with a probability of 0.4. The second will increase it by 5% for certain. You wish to split the $1M between the two opportunities. Let x be the amount invested in the first opportunity with (1-x) invested in the second. Find the optimal value of x. Using expected value as the criterion (linear utility) Using the flowing utility function: u(x)=2.3 ln〖(1+4.5x)You must have learned that we cannot be always rational decision maker. Now, Tell us specifically about your experience when you made a nonrational decision making. How does this decision-making align with the satisfying model and the intuition model? (Show an example for both models) Satisficing model Intuition modelKindly assist on the questions below 1) Dan is an expected utility maximizer with a utility function over wealth given by : u(w) = 2√w +10 Dan faces a gamble of where there are equal chances to win $9 or $16. The certainty equivalent of this gamble is a) 3.5 b) 17 c)2√13 +10 d) not enough information to compute e) 20 2) Consider a expected utility maximizing consumer with preferences represented by u(w)= w2 If they face a loss that occurs with a 15% probability (select all that applies) a) fair insurance will be priced at 15% per dollar b) fair insurance will leave them with wealth equal to their certainty equivalent c)they will choose to fully insure themselves with fair insurance d)they will always buy more insurance than a risk neutral person
- V7 Consider a owner-manager problem in which πgross = 2e + ε [manager has control over e, ε are factors outside of manager’s control, ε~N(0,σ2 )] The owner pays the manager a salary of s out of the gross profits. Manager’s cost of effort = e2 /2. Manager has constant risk aversion utility function. σ 2 = 4 A = 1 a) What is the first-best outcome for manager utility, manager effort, and net profits of the owner? b) Now consider that the owner cannot observe manager effort and offers a salary tied to gross profits: s(πgross) = a + b πgross What is the second-best outcome for manager utility, manager effort, and net profits of the owner?A woman with current wealth X has the opportunity to bet an amount on the occurrence of an event that she knows will occur with probability P. If she wagers W, she will received 2W, if the event occur and if it does not. Assume that the Bernoulli utility function takes the form u(x) = with r > 0. How much should she wager? Does her utility function exhibit CARA, DARA, IARA? Alex plays football for a local club in Kumasi. If he does not suffer any injury by the end of the season, he will get a professional contract with Kotoko, which is worth $10,000. If he is injured though, he will get a contract as a fitness coach worth $100. The probability of the injury is 10%. Describe the lottery What is the expected value of this lottery? What is the expected utility of this lottery if u(x) = Assume he could buy insurance at price P that could pay $9,900 in case of injury. What is the highest value of P that makes it worthwhile for Alex to purchase insurance? What is the certainty…Y5 Alfred is a risk-averse person with $100 in monetary wealth and owns a house worth $300, for total wealth of $400. The probability that his house is destroyed by fire (equivalent to a loss of $300) is pne = 0.5. If he exerts an effort level e = 0.3 to keep his house safe, the probability falls to pe = 0.2. His utility function is: U = w0.5 – e where e is effort level exerted (zero in the case of no effort and 0.3 in the case of effort).a. In the absence of insurance, does Alfred exert effort to lower the probability of fire?HINT: Calculate and compare the expected utility i) with effort, and ii) without effort. If effort is exerted, then the effort cost is paid regardless of whether or not a fire occurs.b. Alfred is considering buying fire insurance. The insurance agent explains that a home owner’s insurance policy would require paying a premium α and would repay the value of the house in the event of fire, minus a deductible “D”. [A deductible is an amount of money that the…
- The economy is populated by 100 agents. Each agent has to divide 1 unit of timebetween work and leisure given the wage rate w paid on the labor market. In additionto the salary, he or she also receives dividend a income of π = Π/100 (the total profitof the firms Π is distributed equally among all the consumers in form of dividends)Suppose that the government does not incur expenditures, so G=0.The agent’s utility function depends on consumption (c) and leisure (l), and it is assumedto satisfy u(c, l) = 0.5 ln(c) + 0.5 ln(l). On the other side of the market, there arefirms who hire workers and produce output. The representative firm operates witha Cobb-Douglas production technology Y = zK^0.5N^0.5, where z denotes the totalfactor productivity, and K = 100 is a fixed amount of capital. Each of the firm’semployees receives wage w, i.e. the total labor cost of the firm is equal to wN^dSuppose that initially z = 1 (so the competitive equilibrium is the one we calculatedin class), but the…1. Use budget constraints to express consumption levels, ct and ct+1. (Hint: Use income conditions given above in the budget constraint. Notice that there are two possible states in the second period.)2. Rewrite the utility maximization problem as choosing the optimal at alone. (Hint: Replace ct and ct+1 in the utility function with your answers from point 1. Use probabilities to derive the expected value in the utility function. Remember that a random variable that takes values x1 in state one with probability p and x2 in state two with probability 1 − p has the expected value E [x] = p.x1 + (1 − p).x2)3. Derive the first order condition and find the optimal value of savings, at. (Hint: The only control (choice) variable is at)4. Does household accumulate precautionary savings to self-insure against the scenario of low income in the second period? Why or why not?Suppose Martha earns an of income 400 Birr currently, and her utility function is given by: U(m) = 4m, where m represents income. She has two options: Option 1: to buy a share. If she is successful her income will be 700 Birr and if she is not successful her income will be 100 Birr. Option 2: to do nothing and keep on earning 400 Birr. Assuming that success and failure are equally likely, a) What would be her expected income if she buys the share? b) What would be her expected utility of buying the share? c) Would Martha buy the share? Why? and Is Martha risk averse, risk lover or risk neutral?
- Households live two periods and have prefernces U(c1)+βU(c2) where 0<β<1 and U is the utility function and satisfies our usual assumptions. There are N households in the economy. N1 of these have endowments y1 in the first period and no endowment in the second-these agents are called "Type 1". The remaining N2 have no endowment in the firs period and y2 in the second period- these agents are called "Type 2". Hencethe resources of the economy are N1y1 in the first period and N2y2 in the second, where N=N1+N2 Households have access to a credit market where the can borrow (s<0) or save s<0. The type 1 agent faces budget constraints y1=c11+s1 rs1=c21 where the consumption for the type i agent in period j is denoted cji. The type 2 agent faces budget constraints 0=c12+s2 y2+rs2=c22 The resource constraints are N1y1=N1c11+N2c12 N2y2=N11c21+N2c22 a) state the maximization problem solved by each type of agent and derive the fist order and second order conditions. Derive the…Suppose the consumer's utility function is given by U(x,y) = X3/5y2/5, and the exogenous variables are given by M = 500, Px = 5, and Py = 4. Price of y changes to Py = 2. What is the income effect ony?O A.-14.53O B. +14.53O C. +24.21O D. +25.79O E. None of the aboveConsider a random-relocation economy where each young person receives 10 units of the consumption good. There are 100 young people born each period. The total stock of money is constant and equal to $500. The consumption good can be transformed, one to one, into capital, which will give a return of x > 1 next period. Suppose a personís preferences are such that they want to consume 1/2 of their endowment when young 2 of ECON20532 and 1/2 when old. They all dislike risk. We also assume that the probability that a person is relocated is 10% (known to everybody) and the gross return on capital is 1.1. A person is notifed whether she needs to relocate or not at the end of period 1. A person who relocates can take with her money, but not capital. Individual agents cannot invest directly in capital, but there exists a (perfectly competitive) banking sector that accepts deposits from all young people. (a) What is the state contingent rate of return o§ered by banks on deposits? (b) Write…