(A) Less than 0.6 (B) At least 0.6, but less than 0.7 (C) At least 0.7, but less than 0.8 (D) At least 0.8, but less than 0.9 (E) At least 0.9 An insurer has data on losses for four policyholders for...

(A)<br>Less than 0.6<br>(B)<br>At least 0.6, but less than 0.7<br>(C)<br>At least 0.7, but less than 0.8<br>(D)<br>At least 0.8, but less than 0.9<br>(E)<br>At least 0.9<br>An insurer has data on losses for four policyholders for 7 years. The loss from the 1h<br>policyholder for year j is X.<br>You are given:<br>4 7<br>É({xy – X,) = 33.60<br>Σ(Χ- x- 3.30<br>Using nonparametric empirical Bayes estimation, calculate the Bühlmann credibility factor<br>for an individual policyholder.<br>

Extracted text: (A) Less than 0.6 (B) At least 0.6, but less than 0.7 (C) At least 0.7, but less than 0.8 (D) At least 0.8, but less than 0.9 (E) At least 0.9 An insurer has data on losses for four policyholders for 7 years. The loss from the 1h policyholder for year j is X. You are given: 4 7 É({xy – X,) = 33.60 Σ(Χ- x- 3.30 Using nonparametric empirical Bayes estimation, calculate the Bühlmann credibility factor for an individual policyholder.

Jun 04, 2022

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(A) Less than 0.6 (B) At least 0.6, but less than 0.7 (C) At least 0.7, but less than 0.8 (D) At least 0.8, but less than 0.9 (E) At least 0.9 An insurer has data on losses for four policyholders for...

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