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book Introduction to Econometrics 3rd Edition by James Stock, James Stock cover

Introduction to Econometrics 3rd Edition by James Stock, James Stock

النسخة 3الرقم المعياري الدولي: 978-9352863501
book Introduction to Econometrics 3rd Edition by James Stock, James Stock cover

Introduction to Econometrics 3rd Edition by James Stock, James Stock

النسخة 3الرقم المعياري الدولي: 978-9352863501
تمرين 32
In any year, the weather can inflict storm damage to a home. From year to year, the damage is random. Let Y denote the dollar value of damage in any given year. Suppose that in 95% of the years Y = $0, but in 5% of the years Y = $20,000.
a. What are the mean and standard deviation of the damage in any year
b. Consider an "insurance pool" of 100 people whose homes are sufficiently dispersed so that, in any year, the damage to different homes can be viewed as independently distributed random variables. Let In any year, the weather can inflict storm damage to a home. From year to year, the damage is random. Let Y denote the dollar value of damage in any given year. Suppose that in 95% of the years Y = $0, but in 5% of the years Y = $20,000. a. What are the mean and standard deviation of the damage in any year  b. Consider an insurance pool of 100 people whose homes are sufficiently dispersed so that, in any year, the damage to different homes can be viewed as independently distributed random variables. Let   denote the average damage to these 100 homes in a year, (i) What is the expected value of the average damage   (ii) What is the probability that   exceeds $2000 denote the average damage to these 100 homes in a year, (i) What is the expected value of the average damage In any year, the weather can inflict storm damage to a home. From year to year, the damage is random. Let Y denote the dollar value of damage in any given year. Suppose that in 95% of the years Y = $0, but in 5% of the years Y = $20,000. a. What are the mean and standard deviation of the damage in any year  b. Consider an insurance pool of 100 people whose homes are sufficiently dispersed so that, in any year, the damage to different homes can be viewed as independently distributed random variables. Let   denote the average damage to these 100 homes in a year, (i) What is the expected value of the average damage   (ii) What is the probability that   exceeds $2000 (ii) What is the probability that In any year, the weather can inflict storm damage to a home. From year to year, the damage is random. Let Y denote the dollar value of damage in any given year. Suppose that in 95% of the years Y = $0, but in 5% of the years Y = $20,000. a. What are the mean and standard deviation of the damage in any year  b. Consider an insurance pool of 100 people whose homes are sufficiently dispersed so that, in any year, the damage to different homes can be viewed as independently distributed random variables. Let   denote the average damage to these 100 homes in a year, (i) What is the expected value of the average damage   (ii) What is the probability that   exceeds $2000 exceeds $2000
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Introduction to Econometrics 3rd Edition by James Stock, James Stock
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