the probability that two or more of a system\'s 10 components fail between conse

Question

the probability that two or more of a system's 10 components fail between consecutive inspection is 0.005, while the probability that only one component fail is 0.1. when two or more components fail, a re-evaluation of the system is initiated during which all failed components, and those deemed unreliable, are replaced. Otherwise, components are replaced upon their failure. Find the probability that a system re-evaluation occurs before any component is individually replaced. the probability that two or more of a system's 10 components fail between consecutive inspection is 0.005, while the probability that only one component fail is 0.1. when two or more components fail, a re-evaluation of the system is initiated during which all failed components, and those deemed unreliable, are replaced. Otherwise, components are replaced upon their failure. Find the probability that a system re-evaluation occurs before any component is individually replaced. the probability that two or more of a system's 10 components fail between consecutive inspection is 0.005, while the probability that only one component fail is 0.1. when two or more components fail, a re-evaluation of the system is initiated during which all failed components, and those deemed unreliable, are replaced. Otherwise, components are replaced upon their failure. Find the probability that a system re-evaluation occurs before any component is individually replaced.

Explanation / Answer

. Find the probability that a system re-evaluation occurs before any component is individually replaced.

Probability is 0.1 - 0.005 = 0.095

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