Assume that four business owners each own an identicalAssume that four business owners each own an identical storage building valued at 600,000$.Assume that there is a 3% chance in any year each building will be destroyed by a peril (fire) and that aloss to any of the buildings is an independent event. Assuming that:(1) Fire events are independent of each other(2) Each building faces the same types of risks and environmental conditions.Given that, Answer the following questions:A. Use the compound probability of independent events law to find the sample space of the probabilityof each possible eventB. Find the expected annual loss for each of the insureds.C. Find the risk of incurrence of losses (Std dev)D. Explain what happens to the objective risk with the addition of more individualsE. Explain what happens to the expected loss with the addition of more individualsF. Explain the importance of the law of large numbers to predict expected losses.

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Assume that four business owners each own an identical Assume that four business owners each own an identical storage building valued at 600,000$. Assume that there is a 3% chance in any year each building will be destroyed by a peril (fire) and that a loss to any of the buildings is an independent event. Assuming that: (1) Fire events are independent of each other (2) Each building faces the same types of risks and environmental conditions. Ciu

Assume that four business owners each own an identical Assume that four business owners each own an identical storage building valued at 600,000$. Assume that there is a 3% chance in any year each building will be destroyed by a peril (fire) and that a loss to any of the buildings is an independent event. Assuming that: (1) Fire events are independent of each other (2) Each building faces the same types of risks and environmental conditions. Ciu

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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