Question

There are 200 people of two types on the road: good drivers and bad drivers. Good...

There are 200 people of two types on the road: good drivers and bad drivers. Good drivers (G) have a 1% chance of causing an accident while bad drivers (B) have a 5% chance of causing an accident. The proportion of bad drivers is 0.5, so the proportion of good drivers is 0.5. The cost of an accident is $6,000. Good drivers have a willingness to pay for insurance of $200 while bad drivers have a willingness to pay of $400.

a. Suppose the insurance company knows each driver’s type. What premium would the insurance company charge each type of driver? (Assume the insurance company breaks even, so the premium is equal to the expected cost.)

b. Nowsupposethattheinsurancecompanydoesnotknowthedriver’stype. Whatwouldthe insurance company’s expected profit be if it charged premiums based on the individual’s self-reported type?

c. Now suppose that the insurance company does not know the driver’s type. What premiums would the insurance company charge if they did not have any information on the driver’s type? Is there a pooling equilibrium?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Bayes) Suppose an automobile insurance company classifies a driver as good, average, or bad. Of all...
Bayes) Suppose an automobile insurance company classifies a driver as good, average, or bad. Of all their insured drivers, 25% are classified good, 50% are average, and 25% are bad. Suppose for the coming year, a good driver has a 5% chance of having an accident, and average driver has 15% chance of having an accident, and a bad driver has a 25% chance. If you had an accident in the past year what is the probability that you are...
There are risky drivers and safe drivers. The number of accidents that a risky driver will...
There are risky drivers and safe drivers. The number of accidents that a risky driver will have in a year is Poisson with expected value of 2. The number of accidents that a safe driver will have in a year is also Poisson, but with an expected value of 1. Suppose that 1⁄4 of the population are risky drivers and the remainder are safe drivers. A. A person is selected at random and found to have 2 accidents this year....
Suppose there are a two different types of travellers. The safe ones and the unsafe ones....
Suppose there are a two different types of travellers. The safe ones and the unsafe ones. No matter the type of travellers, they all own $20,000 in the good state of the world. If they get into an accident while travelling they lose $15,000. The utility of a traveller is u(y)= y^(1/2) . Consider the competitive market for travel insurance in answering the following questions. Whenever I refer to the state contingent space, put money in the good state on...
Suppose there are a two different types of travellers. The safe ones and the unsafe ones....
Suppose there are a two different types of travellers. The safe ones and the unsafe ones. No matter the type of travellers, they all own $20,000 in the good state of the world. If they get into an accident while travelling they lose $15,000. The utility of a traveller is u(y)= y^(1/2) . Consider the competitive market for travel insurance in answering the following questions. Whenever I refer to the state contingent space, put money in the good state on...
3. The economy is made up of two types of agents: There are 4000 people in...
3. The economy is made up of two types of agents: There are 4000 people in group 1 and each of them have the utility function U1 = W3/4 The income for everyone in group 1 is such that they have a 75% chance of making $50 and a 25% chance of making 300. Group 2 has 6000 people and each have the utility U2 = W1/3. The income for these people is that they have a 30% chance of...
Suppose there are two kinds of people in society who are equally represented — those with...
Suppose there are two kinds of people in society who are equally represented — those with 15% chance of developing diabetes next year, and those with 3% chance of developing diabetes next year. Individuals know their own risks but the insurers cannot discern this information (so they can’t charge different prices to different people). Purchasing health insurance is voluntary in this society. Diabetes costs $8,000 to treat. If you are an insurer who will offer a full coverage policy (i.e....
Part 2: Using Uncertainty Calculations to Develop a Plan The following data provides some monetary figures...
Part 2: Using Uncertainty Calculations to Develop a Plan The following data provides some monetary figures that would likely be considered when an insurance company uses uncertainty data to make business decisions. Costs of Crashes According to the Insurance Research Council’s (IRC) Auto Injury Insurance Claims Study:  In 2012, the average auto liability claim for property damage was $3,073; the average auto liability claim for bodily injury was $14,653. (These are claims paid to individuals considered “Not at Fault.”)...
There are many entrepreneurs in El Alto who are starting their own businesses. However, starting a...
There are many entrepreneurs in El Alto who are starting their own businesses. However, starting a new business is risky, and they are hoping for insurance to smooth their income in the chance that their project does not succeed. To keep things tractable, let’s assume that you are risk-neutral (so all you care about is maximizing profits) and the entrepreneurs have utility ?(?) = ln (?). 1) For this part, assume that an entrepreneur walks into your office with a...
Suppose Hannah is strictly risk averse with a utility function u over monetary amounts (y): u(y)=y​^(1/2)...
Suppose Hannah is strictly risk averse with a utility function u over monetary amounts (y): u(y)=y​^(1/2) Hannah is facing a risky situation: Either nothing happens to her wealth of $576 with probability 3/4 or she losses everything (so ends up with $0) with probability 1/4. Question 1 What is the expected payoff that Hannah is facing? Provide the numerical value. Numeric Answer: Question 2 What is Hannah's expected utility in this gamble? Provide the numerical value. Numeric Answer: Question 3...
Anonymous . The Economist ; London Vol. 336, Iss. 7925, (Jul 29, 1995): 58. ABSTRACT (ABSTRACT)...
Anonymous . The Economist ; London Vol. 336, Iss. 7925, (Jul 29, 1995): 58. ABSTRACT (ABSTRACT) Insurance can reduce the devastating financial fallout from accidents, but it can also increase the risk of them happening. To fend off moral hazard, some insurance firms tend not to offer full insurance coverage. ABSTRACT Although insurance can help to protect people from the financial impact of accidental misfortune, it may also inadvertently make them more accident-prone. FULL TEXT PDF GENERATED BY SEARCH.PROQUEST.COM Economics...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT