System 2: 6 3 b) > Draw a fault tree for System 2, where the top event is failure to reach the maximum system state. c)
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System 2: 6 3 b) > Draw a fault tree for System 2, where the top event is failure to reach the maximum system state. c)
System 2: 6 3 b) > Draw a fault tree for System 2, where the top event is failure to reach the maximum system state. c) The components in System 2 have the same probability for being in the maximum state: Pi1 = 0.90, for i=1,2,3,4,5,6. > Calculate the probability of reaching the maximum system state (maximum production, ØMAX). d) > Calculate the probability for each state of System 2, and the expected output, E(ø). e) Assume the time to failure T for the individual components in System 2 follow an exponential distribution with parameter A. > Calculate the value of λ for component / when the probability of no failures during the first 8,760 hours of operation p/(t) is 0.90.
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