Microeconomic Theory
12th Edition
ISBN: 9781337517942
Author: NICHOLSON
Publisher: Cengage
expand_more
expand_more
format_list_bulleted
Question
error_outline
This textbook solution is under construction.
Students have asked these similar questions
Strictly Note ->( Provide solution for the last two parts [d and e])
Don't use ai and answer properly with proper solution and explanantion of for steps. please help me out Asap
Suppose the market for auto insurance is made of up two types of buyers: high-risk and low-risk. Buyers’ willingness to pay (WTP) for auto insurance plans, and sellers’ willingness to accept (WTA) when selling plans to each type of buyer, are outlined in a photo
Assume now that there is asymmetric information and that insurance companies do not knowhow risky an individual buyer is. In the face of this uncertainty, they determine that the probability that a “walk-in” is high-risk is 0.75.
What is the minimum price sellers are willing to accept when selling aninsurance plan? At this price, will low- and high-risk buyers both be willing to purchase this insurance plan? Explain. Be sure the mention adverse selection in your answer.
Returning to the conditions outlined in Q1, suppose that buyers of auto insurance (high- and low-risk) were offered a $1,000 subsidy to purchase coverage. This would raise their WTP by $1,000. Would the market for both insurance plans clear after the…
2.
Knowledge Booster
Similar questions
- The promoter of a football game is concerned that it will rain. She has the option of spending $14,040 on insurance that will pay $39,000 if it rains. She estimates that the revenue from the game will be $65,040 if it does not rain and $30,040 if it does rain. What must the chance of rain be if buying the policy has the same expected return as not buying it? Write expressions showing the expected returns if the promoter does and does not purchase the insurance, using p to represent the probability of rain. Without insurance, E(return) = With insurance, E(return) = The chance of rain must be _%.arrow_forward21. The amount of bread (in hundreds of pounds) x that a certain bakery is able to sell in a day is found to be a numerical valued random phenomenon, with a probabiliiy function specified by the p.d.f. f(x), given by : k. x ={k. (10 – x), for 5arrow_forwardSuppose X and Y are two dependent random variables. Let Z = (3X - 2Y + 4) with the following set of information provided: E(X2)= 25 EX) = 3 E(Y2)= 28 E(Y)=4 E(XY) = 20 What is var(Z)? O a. 172 O b. 96 OC. 22 O d. 28arrow_forward20arrow_forwarda. Consider the Oakdale Furniture Company described in the given problem. Under what circumstances might the major portion of the usage of the glue be predictable?b. If the demand were predictable, would you want to use a probability law todescribe it? Under what circumstances might the use of a probability model of demand be justified even if the demand could be predicted exactly?arrow_forward5. What is the variance of the probability distribution? A. 6.67 В. 4 C. 3.46 D. 2.58arrow_forward1. Consider you toss two dices separately, and you get whatever the number above the dice. You know that the first dice is fair, but there is a 0.30 probability that outcome will be 6, and 0.30 probability that outcome will be 1 in the second dice. Each of the other outcomes has a probability 0.10 for the second dice. Which dice has the higher variance?arrow_forward2arrow_forward1. Imagine a person who wants to find a job within two months. Define X corresponding to the outcome, such that X = 1 if the person finds a job and X = 0 otherwise. (a) Explain why X can be viewed as a random variable. What is the support of X? (b) Suppose the probability of finding a job is 0.75. What is the probability distribution of X? Be specific.arrow_forwardIf probability of the student attend the first lecture is 0.55, the probability that he attend the second lecture is 0.40, and the probability he attend both is 0.28. Find probability that he not attend first lecture or not attend the second one: O.72 O.36 O.95 O.27arrow_forwardr.edu/courses/97574/quizzes/357143/take ch results - yaz... Question 23 Consider the following probability distribution. xi 0 M Question Mode: M... 1 2 3 O 2.5 0.9 O 1.9 P(X = xi) O 1.5 0.1 The expected value is 0.2 0.4 0.3 Question 24 An analyst has constructed the following probability distribution for firm X's predicted return for upcoming year.arrow_forwardPls answer it ASAP I will give you upvotearrow_forwardarrow_back_iosSEE MORE QUESTIONSarrow_forward_ios
Recommended textbooks for you