Question

In: Economics

The relationship between income and total utility (TU) for 2 investors (Alan and Bob) is as...

The relationship between income and total utility (TU) for 2 investors (Alan and Bob) is as follows:

  Alan                               Bob

Income      TU            Income     TU

5,000         14            5,000        6

10,000       24           10,000       14

15,000       32           15,000       24

20,000       38           20,000       36

25,000       43           25,000       52

30,000       47           30,000       72

35,000       49           35,000       100

Each investor has been confronted with the following three investment opportunities.  The first opportunity is an investment which pays €15,000 risk free.  Opportunity two offers a 0.4 probability of a €25,000 payment and a 0.6 probability of paying €10,000.  The final investment will either pay €35,000 with a probability of 0.25 or €5,000 with a probability of 0.75.

The expected value of the third opportunity is

5,000

35,000

10,000

12,500

The expected utility of the second opportunity for Alan is

31.6

43

24

12

Solutions

Expert Solution

1). To calculate the expected value multiply the probability of each given outcome by its expected value and add them together -

€35,000 × 0.25 +  €5,000 × 0.75

= 8750 + 3750

=  €12,500 .

So, the correct answer is 12500.

2). Expected utility of the second opportunity for Alan is -

= 0.4 U(25,000) + 0.6 U(10,000)

= 0.4 × 43 + 0.6 × 24

= 17.2 + 14.4

= 31.6 .

So, the correct answer is 31.6 .


Related Solutions

Describe the relationship between total utility and marginal utility. Explain if marginal utility can be negative....
Describe the relationship between total utility and marginal utility. Explain if marginal utility can be negative. Examine the diamond-water paradox. Why are diamonds more expensive than water? Evaluate the law of diminishing marginal utility. Identify some items, explaining your reasoning, that do not follow the law of diminishing marginal utility. Evaluate how the law of diminishing marginal utility can explain the diamond-water paradox. No plagiarism please 250-300 words.
ASSIGNMENT 1. Define and explain the relationship between total utility, marginal utility, and the law of...
ASSIGNMENT 1. Define and explain the relationship between total utility, marginal utility, and the law of diminishing marginal utility. 2. Describe how rational consumers maximize utility using the utility maximization rule.
Assume that an individual has the following relationship between income and utility.
Q1) Assume that an individual has the following relationship between income and utility.Income   Utility30,000 4040,000 18050,000 25060,000 28070,000 300The individual has the income 70,000. With probability 0,5 an accident occurs and she has to pay 40,000. With probability 0,5 the accident does not occur and she keeps 70,000. She can also buy a full insurance. Assume that the price of the insurance is fair. Will the individual buy the insurance? Explain. Is it possible that she wants to pay more...
(Consumer Choice and Demand) Nachos ($5) pop ($2) Q TU MU MU/$ Quantity Total Utility Marginal...
(Consumer Choice and Demand) Nachos ($5) pop ($2) Q TU MU MU/$ Quantity Total Utility Marginal Utility MU/$ 0 0 0 0 - - 1 90 1 60 2 150 2 100 3 180 3 120 4 195 4 130 5 205 5 136 6 210 6 140 You have a budget of $11, how would you best spend it to maximize your total utility? What is your total utility for this combination? (Fill in the Chart and determine what...
The table shows the total utility (TU) that James receives from consuming different amounts of two...
The table shows the total utility (TU) that James receives from consuming different amounts of two goods X and Y, per month. Quantity TUx MUx MUx/Px TUy MUy MUy/Py 0 0 0 1 50 75 2 88 117 3 121 153 4 150 181 5 175 206 6 196 225 7 214 243 8 229 260 9 241 276 Fill in the other columns of the table by calculating the marginal utilities for goods X and Y and the ratios...
Assume a consumer’s utility function is U = √q1 + 2√q2 and her total income is...
Assume a consumer’s utility function is U = √q1 + 2√q2 and her total income is $90. The price of both good 1 and good 2 is $1. (a) (5 points) What is the bundle that maximizes this consumer’s utility? What is the consumer’s utility level at that point? (b) (5 points) Suppose that the price of good 1 drops to $0.50. What is the new bundle that maximizes this consumer’s utility? What is the consumer’s utility at this point?...
QUESTION 17 Exhibit 6-2 Total Utility from Hamburgers Total Utility from Fries Total Utility from Cokes...
QUESTION 17 Exhibit 6-2 Total Utility from Hamburgers Total Utility from Fries Total Utility from Cokes 1 hamburger (100 utils) 1 order of fries (30 utils) 1 Coke (40 utils) 2 hamburgers (180 utils) 2 orders of fries (50 utils) 2 Cokes (60 utils) 3 hamburgers (240 utils) 3 orders of fries (60 utils) 3 Cokes (70 utils) Consider Exhibit 6-2. What is the marginal utility of having a second order of fries? a. 10 utils. b. 20 utils. c....
4) Consumer utility Quantity Total Utility from A Total Utility from B 1 40 37 2...
4) Consumer utility Quantity Total Utility from A Total Utility from B 1 40 37 2 76 72 3 108 105 4 136 136 5 160 165 6 180 192 7 196 217 8 208 237 9 216 252 10 220 262 11 220 267 12 216 267 13 208 262 14 196 252 15 180 237 You are given the above total utilities for different consumption amounts of goods A and B. The consumer has a budget of 60,...
Part 2: Cameron Company is interested in establishing the relationship between utility costs and machine hours....
Part 2: Cameron Company is interested in establishing the relationship between utility costs and machine hours. Data has been collected and a regression analysis prepared using Excel. The monthly data and the regression output follow: Month MACHINE HOURS ELECTRICITY COSTS JAN 3250 22080 FEB 3770 25200 MAR 2470 16200 APR 4030 27600 MAY 4940 33900 JUN 4290 26400 JUL 5330 29700 AUG 4550 27300 SEP 2600 18600 OCT 4810 31200 NOV 6110 37200 DEC 5460 33300 Required: a. Using Excel,...
Explain the relationship between risk-loving and risk-averse investors and the strategy of investors. (20 p.)
Explain the relationship between risk-loving and risk-averse investors and the strategy of investors. (20 p.)
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT