Question: Reliability without the backup components System Diagram P(A) P(B) P(C) P(D) -90 .70 95 .60 Reliability with the backup components System Diagram FID) 60 .

Reliability without the backup components System
Reliability without the backup components System
Reliability without the backup components System
Reliability without the backup components System
Reliability without the backup components System Diagram P(A) P(B) P(C) P(D) -90 .70 95 .60 Reliability with the backup components System Diagram FID) 60 . 95 PBB) P(00) .70 50 Due to the extreme cost of interrupting production, a firm has two standby machines available in case a particular machine breaks down. The machine in use has a reliability of 94, and the backups have reliabilities of .90 and .80. In the event of a failure, either backup can be pressed into service. If one fails, the other backup can be used. Compute the system reliability. R = 94, R = .90, and R = .80 The system can be depicted in this way: Reliability Problem #1 - All have work, but no back-up Reliability Problem # 2 - All have work, but two have back-up Reliability Problem # 3 Three components, only one has to work

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