Question: There are three components, A, B, and C, and they are represented by different blocks in the following two reliability block diagrams. Both reliability block

There are three components, A, B, and C, and they are represented by different blocks in the following two reliability block diagrams. Both reliability block diagrams use the same component twice. Let the reliabilities of the components be denoted by RA=0.90, RB =0.80, and RC= 0.75.

A B C A B C I A B C A B C dress the following questions in this discussion: . Which system configuration or reliability block diagram has higher reliability? Explain your answer. . Which configuration is more susceptible to common mode failure and why? Assume that each component (A, B, and C) can fail primarily by different mechanisms, and those mechanisms are affected by different loads. . Is there a difference in reliability between the two configurations when the failures or success of all the components are independent of each other? How does applying statistical techniques for measuring and controlling reliability, maintainability, and availability contribute to quality assurance and control in systems engineering

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