Question

to the company oficer of an A consumer with| VN-M utility function U(x) = log(x) and initial wealth W =$500,000 faces a proba

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer :

The following information is given

vN - M utility function : U(x) = log (x)

W = $500,000

Probability of loss = 0.2

Loss (d) = $200,000

Price of insurance = $r

(a). Suppose the price of  insurance, r = 0.25. The probability of 0.8 that no loss occurs and probability 0.2 that loss of $200,000 occur and consumer left with $ 300,000 in case of loss

The consumer's expected utility is,

E (U) = 0.8U ($500,000) + 0.2U ($300,000)

= 0.8 log ($500,000) + 0.21 log($300,000)

  = 0.8(13.1224) + 0.2(12.61154)

= 10.4979 + 2.5223

= 13.0202

Thus, the expected utility of consumer is 13.0202.

Now, suppose that y be the insurance consumer willing to buy. Compute the amount paid by consumer,

E(U) = U(500,000 - y)

= log(500,000 - y)

13.0202 = log(500,000 - y)

500,000 - y = antilog (13.0202)

y = 500,000 - 451,441.0136

= $48,558.9864

Hence, the consumer is willing to buy $48,558.9864 of insurance

(b). Suppose the insurance company acts like a monopolist, that is aims at maximizing profits. In such case, monopolist charge rx from consumer. When consumer's loss is $200,000, the amount charge by monopolist is ,

Amount charge by monopolist = rx

= 0.25 * 200,000

= $50,000

Hence, the amount charged by monopolist is $50,000

  

Add a comment
Know the answer?
Add Answer to:
to the company oficer of an A consumer with| VN-M utility function U(x) = log(x) and...
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. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • 2. A consumer's utility of income is given by the function U(.). The consumer has initial...

    2. A consumer's utility of income is given by the function U(.). The consumer has initial income $Y, but risks losing $L with probability p. If a company offers insurance, the contract consists of coverage $q at price $a per dollar of coverage. (a) Using the notation above, what is the consumer's expected utility with insurance? (b) Define actuarially fair insurance. What are the sufficient assumptions for insurance to be actuarially fair? (c) Prove that, if insurance is actuarially fair,...

  • A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth...

    A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. What is the consumer’s expected wealth one year from now? b. An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing the above described uncertain...

  • 4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his...

    4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer's expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing...

  • A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth...

    A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer’s expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing the...

  • A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth...

    A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer’s expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing the...

  • 4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his...

    4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer’s expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing...

  • 4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his...

    4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer's expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing...

  • A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth...

    A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer's expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing the...

  • 4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his...

    4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer's expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing...

  • 4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his...

    4) A risk-averse consumer with $100,000 in wealth faces 0.1 probability of losing half of his wealth within the next year. a. (5) What is the consumer’s expected wealth one year from now? b. (5) An insurance company offers our consumer full insurance against the possible loss. What premium must the consumer be charged for the insurance company to expect to break even? Explain. c. (5) Suppose our risk-averse consumer is indifferent between getting $85,000 wealth with certainty and facing...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT