Let X be a distribution of claims as follows: Amount of individual claim OSX S1000 1000 10,000 Number of claims in the layer 600 300 100 Aggregate claims paid in the layer 300,000 1,800,000 1,900,000 a. A policy limit of 10,000 is put into effect, determine total expected aggregate claims under the policy limit. b. The original unadjusted losses totaled $3,000,000. What percent reduction in total claims was achieved by implementing the $10,000 policy limit. c. Suppose that instead of a policy limit, i deductible of $1,000 was implemented. Determine the total aggregate claims after the deductible is applied. d. What is the Loss elimination ratio for the $1,000 deductible. i.e. what is the percentage reduction in total aggregate claims after the deductible is applied? Let X be a distribution of claims as follows: Amount of individual claim OSX S1000 1000 10,000 Number of claims in the layer 600 300 100 Aggregate claims paid in the layer 300,000 1,800,000 1,900,000 a. A policy limit of 10,000 is put into effect, determine total expected aggregate claims under the policy limit. b. The original unadjusted losses totaled $3,000,000. What percent reduction in total claims was achieved by implementing the $10,000 policy limit. c. Suppose that instead of a policy limit, i deductible of $1,000 was implemented. Determine the total aggregate claims after the deductible is applied. d. What is the Loss elimination ratio for the $1,000 deductible. i.e. what is the percentage reduction in total aggregate claims after the deductible is applied