Consider a system consisting of eight components (A, B, C, D, E, F, G, and H)...

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Consider a system consisting of eight components (A, B, C, D, E, F, G, and H) that are configured as shown in the following figure. In addition, you are provided with the following information about the individual component reliability: components A and B follow the same normal failure law with mean life of 210,000. hours and stand deviation of 40,000. (hours). components C and D both follow the same constant hazardous rate (exponential failure law) with mean life of 300,000. Hours. - component E follows the linearly increasing failure rate with failure rate of 1.0x10-10. components F, G and H all follow the same constant hazardous rate (exponential failure law) with mean life of 350,000. Hours. C A F D B E H Based on the above information, calculate the individual component reliability for an operation period of 150,000 hours. Then, calculate the Reliability of the entire system for 150,000 hours. Consider a system consisting of eight components (A, B, C, D, E, F, G, and H) that are configured as shown in the following figure. In addition, you are provided with the following information about the individual component reliability: components A and B follow the same normal failure law with mean life of 210,000. hours and stand deviation of 40,000. (hours). components C and D both follow the same constant hazardous rate (exponential failure law) with mean life of 300,000. Hours. - component E follows the linearly increasing failure rate with failure rate of 1.0x10-10. components F, G and H all follow the same constant hazardous rate (exponential failure law) with mean life of 350,000. Hours. C A F D B E H Based on the above information, calculate the individual component reliability for an operation period of 150,000 hours. Then, calculate the Reliability of the entire system for 150,000 hours.