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There are two types of drivers, high-risk drivers with an accident probability of 2=3 and low risk drivers with an accident probability of 1=3. In case of an accident the driver suffers a loss of 1. The initial wealth of both types of drivers is 2. Both types are expected utility maximizers with utility index u(z) = ln z.
(i) what is the maximum insurance premium that each type would be willing to pay to fully insure their accident risk?
(ii) there is an equal number of drivers of both types so that the overall accident prob- ability is 1=2. Assume that the government offers an insurance contract that has a premium of 1=2 and covers the full cost of the accident. Would the low risk types accept this contract?
(iii) Now assume that the government offers a full coverage contract that has a premium of 2=3 and a partial coverage contract with coverage C and premium C=3. Write down the inequality that must be satis?ed to ensure that high-risk types prefer the full coverage contract over the partial coverage contract.
Investigate the use of fixed and percentile meshes when applying chi squared goodness-of- t hypothesis tests. Apply the oversmoothing procedure to the LRL data. Compare the res
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The Maju Supermarket stocks Munchies Cereal. Demand for Munchies is 4,000 boxes per year and the super market is open throughout the year. Each box costs $4 and it costs the store
how to analyzePractice-Based Evidence Back to the Future
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Mid year population 440000 Late fatal death 29 No. of live birth 5200 No. of infant death 423 No. of maternal death 89 No. of infant deaths i
Question: (a) (i) Define the term multicollinearity. (ii) Explain why it is important to guard against multicollinearity. (b) (i) Sometimes we encounter missing values
find the average rate of increase in population which in the first decade has increased 20%.in the second 25% and in the third 44%
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