$30,000 $88,000 $94,000 $110,000 Income a) What is the actuarially fair premium for Charlene's situation? b) Continue to assume the given information. Suppose that the figure above represents Charlene' utility over various income levels. What is Charlene willing to pay for insurance? c) Continue to assume the given information. We know that Charlene would buy actuarially fair insurance but if the insurance company applied a 20% loading fee would Charlene still purchase th health insurance?

$30,000 $88,000 $94,000 $110,000 Income a) What is the actuarially fair premium for Charlene's situation? b) Continue to assume the given information. Suppose that the figure above represents Charlene' utility over various income levels. What is Charlene willing to pay for insurance? c) Continue to assume the given information. We know that Charlene would buy actuarially fair insurance but if the insurance company applied a 20% loading fee would Charlene still purchase th health insurance?

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Which of the following is NOT an example of on-demand insurance? Which of the following is NOT an example of on-demand insurance? You insure your drones whenever they are taken out of your home environment You purchase an instant travel insurance for the duration of an upcoming trip Your insurance premium fluctuates depending on your driving behavior Your insurance coverage is activated whenever you take on a passenger in your car Item at position 7 7
A. From the graph below explain how an insurance plan which provides the buyer a $15,000 wealth level, regardless of any uncertain event, is a good deal for the buyer? In other words, what does the distance between points D’ and C’ represent? Note we are referring to D prime, not D. B. Considering the graph below, can you explain the difference between expected utility and certainty utility?
MB, MC 10- 8. 6 4 2. Reference: Ref 16-2 O MB, Select one: A. III B. I MC MB₁ MB3 (Figure 16.2) Lilly, who owns the Cigar Bar and Grill, is considering whether to purchase fire insurance. Without insurance, the marginal benefit of precautions to reduce the risk of fire is given by MB₁. Which of the following statements is (are) TRUE? I. With full insurance, the marginal benefit of acting to reduce the risk of fire is given by MB3. C. II D. I and III 10 II. If Lilly purchases fire insurance, whether it is full or partial coverage, the marginal benefits of acting to reduce the risk of fire will increase. Quantity of actions taken to improve fire protection III. With partial insurance, the marginal benefit of acting to reduce the risk of fire is given by MB₂.
Suppose your preferences can characterized by the simple utility function U = √C, where C is consumption. You enjoy rock climbing, where you have a 10% chance of get- ting injured and losing $50,000. Your income (and therefore consumption) in the uninjured state is $90,000. What is the most you are willing to pay for an insurance policy? What is the fee for a fair insurance?
Alana wishes to obtain auto insurance. She wants 100/300/100 liability coverage, $250 deductible collision and full coverage comprehensive. She lives in territory 2 and has been assigned to driver class 2 with a rating factor of 1.25. Based on Table 19-6 and Table 19-7, what would be her total premium, if her three-year-old car were in model class L? (Round your answer to the nearest cent.) a. $355.00 b. $365.00 c. $456.25 d. $465.38
and you have a 10% chance of getting sick. Your income when sick is $0 and your income when healthy is $100. 1. Assume your utility over income is U=T ¥ 1. Graph your utility and income with income on the x-axis and utility on the y-axis. Show your income/utility when healthy and sick on the graph. 2. calculate your expected income. Show on graph. 3. calculate your expected utility. Show on graph. 1. Now you are offerred health insurance by Prof. Grossman's Totally Full and Fair Insurance Company. For a premium of $20, you will get a payout of $50 if you get sick. 1. Is the insurance company's name accurate (is this actuarially fair and full)? 2. What is the expected payout from this insurance? 3. What is the Income when sick and income when healthy under insurance? Show on your graph 4. What is the expected income and expected utility under this insurance? Show each on your graph 5. Propose a full and fair insurance given your 10% chance of getting sick and your healthy and sick…
Suppose the equilibrium price for good quality used cars is $20,000. And the equilibrium price for poor quality used cars is $10,000. Assume a potential used car buyer has imperfect information as to the condition of any given used car. Assume this potential buyer believes the probability a given used car is good quality is .60 and the probability a given used car is low quality is .40. Assume the seller has perfect information on all cars in inventory. How does the informational imbalance result in market failure? a. Only good quality cars are sold, hence the market under-provides used cars. b. Both poor and good quality cars are sold, hence the market over-provides used cars. c. Only poor quality cars are sold, hence the market under-provides used cars. d. Both poor and good quality cars are sold, hence the market efficiently provides used cars.
1) A key difficulty facing insurance companies is that people know more about their health than do insurance companies, and that those people who are seriously ill are the most likely to want to obtain health insurance. What is this phenomenon called? A) moral hazard B) economic irrationality C) asymmetric information D) adverse selection 2) An insurance company is likely to attract customers like Clancy who want to purchase insurance because he knows better that the company that he is more likely to make a claim on a policy. What is the term used to describe the situation above? A) moral hazard B) adverse selection C) asymmetric information D) economic irrationality 3) The term that is used to refer to a situation in which one party to an economic transaction has less information than the other party is A) inefficient market hypothesis. B) moral hazard. C) information disparity. D) asymmetric information. 4) Which of the following parties is…
Economics 2. Suppose that a farmer usually makes profit of $120,000 per year. Let's say that there is a 2% chance that a tornado will hit the farm. This would strongly hurt farmer's profit, leading to losses of $96,000 with 2% probability. a. What is the actuarially fair insurance? b. Assume that the farmer utility is given by u = 7 0.5 where 7t represents profit. What is the farmer's expected utility with no insurance? c. How much would the farmer be willing to pay to have insurance? d. Assume that the farmer expects that the tornado's effect to your farm is lower, only leading to losses of $70,000. i. What is the actuarially fair insurance? ii. What is the farmer's expected utility with no insurance? iii. How much would the farmer be willing to pay to have insurance? iv. What is the risk premium?
Suppose that there are 2 types of plans available to you. Plan A has a deductible of $500, with 10 percent co-insurance rate for many health care services. Plan B has a deductible fo $1000, with 35 percent co-insurance rate. Plan A costs $200 per month in premiums while Plan B costs $80. Discuss characteristics of people who would choose Plan A versus Plan B. Assuming that both plan types exist in the market, who would likely choose Plan B over Plan A? What plan would you choose?
___ occurs when insurance companies structure plans that provide an incentive for healthier consumers to enroll while discouraging enrollment of higher-risk individuals a. Guaranteed renewability b. Cherry-picking c. Moral Hazard d. Asymmetric Information e. Adverse Selection
Draw a utility function over income u(I) that describes a man who is a risk lover when his income is low but risk averse when his income is high. 1.) Using the 3-point curved line drawing tool, draw the low income portion of his utility function. Label it U₁. 2.) Using the 3-point curved line drawing tool, draw the high income portion of his utility function. Label it UH. Carefully follow the instructions above, and only draw the required objects. C 500- 450- 400- 350- 300- 250- 200- 150- 100- 50- 0 Utility 20,000 40,000 60,000 80,000 100,000 Income