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In a parallel system with three valves (Figure 2), the valves are redundant. Only one of the three valves needs to function correctly for the system to work, providing a path from input to output. For the system to fail, all three valves must fail. Figure 2. Three valves in a parallel system 2. What is the probability that the parallel system shown in Figure 2 will function correctly? In other words, what is the probability of at least one valve working correctly? 3. Which system (serial or parallel) is the more reliable valve system? Why?

In a parallel system with three valves (Figure 2), the valves are redundant. Only one of the three valves needs to function correctly for the system to work, providing a path from input to output. For the system to fail, all three valves must fail. Figure 2. Three valves in a parallel system 2. What is the probability that the parallel system shown in Figure 2 will function correctly? In other words, what is the probability of at least one valve working correctly? 3. Which system (serial or parallel) is the more reliable valve system? Why?

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Valve A: 92%

Valve B: 94%

Valve C: 93% 

In a parallel system with three valves (Figure 2), the valves are redundant. Only one of the three valves needs to function correctly for the system to work, providing a path from input to output. For the system to fail, all three valves must fail. Figure 2. Three valves in a parallel system 2. What is the probability that the parallel system shown in Figure 2 will function correctly? In other words, what is the probability of at least one valve working correctly? 3. Which system (serial or parallel) is the more reliable valve system? Why?
Transcribed Image Text:In a parallel system with three valves (Figure 2), the valves are redundant. Only one of the three valves needs to function correctly for the system to work, providing a path from input to output. For the system to fail, all three valves must fail. Figure 2. Three valves in a parallel system 2. What is the probability that the parallel system shown in Figure 2 will function correctly? In other words, what is the probability of at least one valve working correctly? 3. Which system (serial or parallel) is the more reliable valve system? Why?
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