3. Calculate the reliability over a 150-hour mission for the system whose reliability block diagram is...

 

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3. Calculate the reliability over a 150-hour mission for the system whose reliability block diagram is shown below and whose time-to-failure distributions are given as follows: Component A: Constant Failure Rate, mean life = 820 hours; Component B: Weibull, shape parameter = 2.5, characteristic life = 325 hours; Component C: Normal, with mean = 450 hours and standard deviation 200 hours; Component D: Constant Failure Rate, mean life = 650 hours. (Assume the components in parallel are in active redundancy). C Input A B D Output 1 3. Calculate the reliability over a 150-hour mission for the system whose reliability block diagram is shown below and whose time-to-failure distributions are given as follows: Component A: Constant Failure Rate, mean life = 820 hours; Component B: Weibull, shape parameter = 2.5, characteristic life = 325 hours; Component C: Normal, with mean = 450 hours and standard deviation 200 hours; Component D: Constant Failure Rate, mean life = 650 hours. (Assume the components in parallel are in active redundancy). C Input A B D Output 1

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The system consists of two subsystems in paralleleach with a series configurationTo calculate the re... View the full answer