If the probability of an injury is 005 the cost of the injur

If the probability of an injury is 0.05, the cost of the injury is $8,019, the insurer’s loading costs are $3,806, and the number of policies is 283, then in a competitive insurance market, each policy will cost $____.

Jimmy will have $73,084 in wealth and a utility of 285 when he is healthy and $34,627 in wealth and a utility of 167 when he is ill. What is Jimmy\'s expected utility if the chance of illness is 0.14%?

If the probability of an injury is 0.05, the cost of the injury is $8,019, the insurer’s loading costs are $3,806, and the number of policies is 283, then in a competitive insurance market, each policy will cost $____.

Jimmy will have $73,084 in wealth and a utility of 285 when he is healthy and $34,627 in wealth and a utility of 167 when he is ill. What is Jimmy\'s expected utility if the chance of illness is 0.14%?

Solution

If the probability of an injury is 0.05, the cost of the injury is $8,019, the insurer’s loading costs are $3,806, and the number of policies is 283, then in a competitive insurance market, each policy will cost

283 / 3806 = 0.0743

Jimmy will have $73,084 in wealth and a utility of 285 when he is healthy and $34,627 in wealth and a utility of 167 when he is ill. What is Jimmy\'s expected utility if the chance of illness is 0.14%?

285 +167 = 452 * 0.0014 =0.6328

Jimmy will have $73,084 in wealth and a utility of 285 when he is healthy and $34,627 in wealth and a utility of 167 when he is ill. What is Jimmy\'s expected utility if the chance of illness is 0.14%?

If the probability of an injury is 0.05, the cost of the injury is $8,019, the insurer’s loading costs are $3,806, and the number of policies is 283, then in a

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